FAQs

Frequently Asked Questions

Microcement is a cementitious decorative coating made from a blend of cement, resins, and additives. It creates a smooth, durable, and versatile surface that can be applied to a variety of substrates, including floors, walls, countertops, bespoke joinery/ furnishings and ceilings. The total thickness of the material is 2-3 millimetres and is applied in a layered system to create an authentic concrete finish.

Key Features of Microcement:

  1. Seamless Finish: It can be applied to create a continuous, seamless look, which makes it ideal for modern, minimalist designs.
  2. Durability: Microcement is highly resistant to wear and tear, stains, and water, making it suitable for both indoor and outdoor spaces.
  3. Versatility: It can be applied to a wide range of materials, including concrete, wood, tile, plaster, and more.
  4. Aesthetic Appeal: It has a contemporary, industrial look that can be customized in terms of colour and texture, offering a sleek, smooth appearance.
  5. Low Maintenance: Once sealed, it is easy to clean, requires minimal maintenance and requires no grout in comparison to tiling
  6. Quick Installation: Because of it’s method(s) of application, the process can be quicker than alternative materials such as polished concrete, which are restricted due to its depth and the time it takes to cure before polishing/ sealing.

Microcement is particularly popular in interior design, often used in bathrooms, kitchens, living areas, feature walls, commercial spaces with high traffic and even outdoor spaces such as garden walls, outdoor kitchens and even swimming pools.

Microcement itself is water-resistant but not completely waterproof until sealed properly. When applied with a high-quality waterproof sealer, it becomes resistant to moisture, making it suitable for wet areas like bathrooms/ wetrooms, kitchens, and even outdoor spaces.

Yes, you can absolutely have a microcement floor! In fact, microcement is a popular choice for flooring due to its seamless appearance, durability, and modern aesthetic. It can be applied to a variety of substrates, including concrete, wood, tiles, and even existing floors, without the need for demolition.

Here are some key things to know if you’re considering a microcement floor:

  1. Advantages of Microcement Floors:
  • Seamless Look: Since it’s applied in a thin layer, there are no joints or grout lines, giving your floor a clean, continuous look.
  • Customizable Aesthetics: You can choose from a variety of colors, textures, and finishes (matte, glossy, satin) to suit your style.
  • Durability: Microcement is very durable and resistant to wear and tear, making it ideal for high-traffic areas.
  • Low Maintenance: Once sealed, it is easy to clean and maintain, with no grout lines to trap dirt.
  • Quick Installation: It can be applied directly over existing flooring, saving time and reducing the mess compared to other flooring options that require removal.

  1. Considerations:
  • Preparation: The surface underneath (substrate) must be clean, dry, and stable. Any damage or irregularities in the base layer should be repaired before applying microcement to ensure it’s longevity.
  • Installation: The process involves the application of multiple layers, sanding between coats and polyurethane or solvent based sealants. It requires a high level of expertise to ensure a flawless finish is achieved, on average installation from start to completion usually takes around 5 days.
  • Drying Time: It can take time for each layer to cure and dry depending on the site conditions (temperature, humidity etc). Each layer must be completely dry before sanding and applying the next coat and/ or sealers. Once all work is completed, you can walk on the surface the following day. 
  • Maintenance: Regular cleaning with a microfibre cloth and PH neutral detergent is all you typically need to keep the microcement looking it’s best.


In summary, microcement floors are a stylish, durable, and low-maintenance option, perfect for both contemporary interior designs and outdoor areas. If you want a sleek, modern floor with a seamless, high-end look, microcement is definitely a great choice!

Yes, microcement is considered to be hard-wearing, making it a durable choice for flooring, walls, and other surfaces. However, its durability depends on several factors, including the quality of the materials, workmanship and the suitability of the substrate. Here are some specific reasons why microcement is generally hard-wearing:

  1. Resistant to Wear and Tear:
  • Microcement is highly resistant to abrasion, making it suitable for high-traffic areas like living rooms, kitchens, and hallways. Once sealed, it can withstand foot traffic, furniture, and everyday use without any significant damage.
  1. Water and Stain Resistance:
  • Once sealed with the appropriate waterproofing products, it becomes resistant to moisture, stains, and mold. In wet areas such as bathrooms, a good quality sealant will prevent damage from spills or water exposure.
  1. Longevity:
  • Microcement is known for its long lifespan when properly installed – with regular cleaning and general maintenance, it can retain its aesthetic appeal and strength for many years.
  1. Resistant to Cracking:
  • Microcement has some flexibility due to its composition, which can help it resist cracking or damage from small movements or minimal settling in the subfloor. If the base layer (such as an existing floor or substrate) is unstable or has structural issues, it could affect the microcement’s durability. Ensuring the substrate is solid and well-prepared is essential.

 

In Summary:

Microcement is a hard-wearing material that performs well under daily use, providing a durable and resilient surface. However, its longevity and toughness depend on proper installation, quality materials and regular maintenance. In high-traffic areas or environments exposed to heavy wear, ensuring the correct application and care will ensure that the surface stays looking good for many years.

Yes, microcement can be installed over tiles, and this is actually one of the key advantages of using it! It allows you to refresh or update existing surfaces without the need to remove old tiles, which can be time-consuming, messy, and expensive. The microcement is applied directly over the tiles, creating a smooth, seamless finish.

Steps for Installing Microcement Over Tiles:

  1. Surface Preparation:
    • Cleaning: The tile surface must be thoroughly cleaned to remove dirt, grease, or any other contaminants. This ensures the microcement bonds properly.
    • Surface Integrity: The tiles should be in good condition, with no cracks or loose pieces. If there are any damaged or loose tiles, these should be repaired or replaced before proceeding.
    • Sanding: The tile surface is usually lightly sanded or roughened to create better adhesion for the microcement. This is an important step to ensure the new layer sticks well.
  2. Priming:
    • After cleaning and sanding, a primer is applied to the surface. The primer helps with the bonding between the microcement and the tile surface. Depending on the primer and tile type, you may need to let it dry for a certain amount of time.
  3. Applying Microcement:
    • Base Layer: A thin base layer of microcement is applied over the tiles. This layer helps to even out the surface and provide a solid foundation for the subsequent coats.
    • Layering: The microcement is usually applied in multiple layers, typically 2 to 3. Each layer needs to be smoothened and leveled, and it should be allowed to dry before the next layer is applied. The goal is to cover the grout lines and tile surface to create a seamless finish.
  4. Smoothing:
    • After the final layer, the surface is sanded again to achieve a smooth finish. This step is especially important if the original tiles had grout lines or irregularities that need to be concealed.
  5. Sealing:
    • Once the microcement is fully applied and dry, it must be sealed with a high-quality sealer to protect the surface from moisture, stains, and wear. The type of sealer will depend on the desired finish (matte, satin, or glossy) and the intended use of the area (e.g., bathroom, kitchen, or high-traffic zones).

 

Key Considerations:

  • Tile Type: Microcement can be applied over most tile types, including ceramic, porcelain, stone, and terrazzo, but the adhesion and application process may differ depending on the tile material. Glossy or very smooth tiles might require extra steps (e.g., a stronger primer or sanding) to ensure good adhesion.
  • Thickness: Microcement is applied in thin layers (typically 2-3 mm), so it won’t add significant height to the floor or wall. However, if your existing tiles have very pronounced grout lines or an uneven surface, it may require more effort to smooth out and level the tiles before application.
  • Existing Tile Grout Lines: The grout lines of the old tiles will typically be covered by the microcement, but they can sometimes show through if the microcement layers are not applied thick enough or evenly. Multiple layers can help cover them completely.

 

Benefits of Installing Microcement Over Tiles:

  • Quick Transformation: It can completely transform the look of old, outdated tiles into a sleek, modern surface without the need for demolition.
  • Minimal Downtime: Since microcement is applied directly over the tiles, there’s no need to remove the old flooring, making the installation process faster and less disruptive.
  • Seamless Finish: Once applied, microcement provides a seamless, continuous surface that enhances the aesthetic of any space, whether in kitchens, bathrooms, or living areas.
  • Customization: You can choose from a wide range of colors and finishes to create the perfect look for your space.

 

In Summary:

Microcement is an excellent option for covering tiles, whether you’re renovating a kitchen, bathroom, or any other area. By applying microcement over your existing tiles, you can create a fresh, modern look without the hassle of removing the old material. Just ensure proper surface preparation, sealing, and care to get the best results and maximize the longevity of the microcement surface.

Yes, microcement is compatible with underfloor heating and can be successfully used in spaces where underfloor heating is installed. In fact, microcement is a great choice for this application because it conducts heat well, ensuring that the warmth from the underfloor heating system is efficiently transmitted to the room.

Key Considerations for Using Microcement with Underfloor Heating:

  1. Thermal Conductivity:
    • Microcement has good thermal conductivity, meaning it efficiently transfers heat from the underfloor system into the room. The thin application of microcement (usually 2-3 mm thick) does not significantly hinder the heat flow, so your underfloor heating system can operate effectively.
  2. Substrate Compatibility:
    • The microcement is typically applied over concrete, cement screed, or tile substrates, which are common materials for underfloor heating systems. The key is to ensure that the substrate is stable and in good condition before applying the microcement.
    • If you’re applying microcement over an existing floor with underfloor heating, make sure that the system is working properly and that the surface is prepared appropriately (e.g., ensuring there are no cracks or debris).
  3. Proper Installation Process:
    • When applying microcement over underfloor heating, it’s important to follow the correct installation process, especially in terms of temperature control. Underfloor heating should be turned off or set to a low temperature during installation and the curing process of the microcement.
    • After installation, allow the microcement to cure properly before turning the heating back on. Rapid heating during the curing process can cause issues such as cracking or uneven drying. It’s typically recommended to wait at least 7 days before starting to use the heating system again, or follow specific guidelines provided by the microcement manufacturer.
  4. Movement and Flexibility:
    • Microcement is relatively flexible, which is important when used with underfloor heating because the heating system causes expansion and contraction of the flooring materials. This flexibility helps prevent cracking and damage due to thermal movement. However, it’s essential that the underfloor heating system is installed correctly, with adequate expansion joints or movement joints, to prevent any stress on the microcement.
  5. Sealing:
    • Proper sealing of the microcement is crucial, especially when applied over underfloor heating. The sealer helps protect the microcement from moisture and wear and enhances its durability. A high-quality sealer designed for heated floors will ensure long-lasting protection and performance.
  6. Heating System Type:
    • Electric Underfloor Heating: Microcement is compatible with electric underfloor heating systems, which are often installed on top of a subfloor and covered by the microcement.
    • Water-based Underfloor Heating: Similarly, microcement works well with water-based underfloor heating (hydronic systems) where pipes run beneath the surface. Again, the key is ensuring that the microcement is applied properly and that the system is correctly managed during installation.

 

Advantages of Microcement with Underfloor Heating:

  • Seamless Aesthetic: Microcement provides a sleek, seamless look that complements the clean, minimal design often desired with underfloor heating systems.
  • Efficient Heat Distribution: The thin layer of microcement allows for good heat transfer, ensuring that the floor warms up quickly and evenly.
  • Low Profile: Since microcement is applied in thin layers, it doesn’t add significant height to the floor, making it ideal when you want to preserve the height of the room or avoid making thresholds higher.

 

In Summary:

Microcement is highly compatible with underfloor heating, offering the benefits of efficient heat transfer, a modern, seamless aesthetic, and a durable surface. Just ensure that the floor is properly prepared, the heating system is managed during installation, and the microcement is sealed correctly to ensure long-lasting performance. If you follow the right steps, microcement over underfloor heating can be a great combination.

For microcement to be applied successfully, substrate preparation is essential. The substrate is the underlying surface to which the microcement will adhere, and the quality of this surface will significantly influence the final result in terms of durability, adhesion, and finish. Here’s a breakdown of the substrate requirements for microcement:

  1. Clean and Dry Surface:
  • Cleanliness: The substrate must be free of dirt, dust, oils, grease, and any other contaminants that could affect adhesion. Even a small amount of residue can cause poor bonding, leading to cracking or delamination.
  • Dryness: The substrate should be completely dry before applying microcement. Moisture can compromise the adhesive qualities of the microcement, and excessive dampness can lead to mold growth or poor curing.

 

  1. Stable and Solid Substrate:
  • The surface must be stable, solid, and well-anchored. Any loose, flaky, or unstable material must be removed. For example:
    • Old tiles: If applying microcement over tiles, ensure they are firmly fixed. If any tiles are loose or damaged, they should be replaced or re-secured.
    • Concrete: If applying over an existing concrete floor, it must be level and in good condition, free from cracks and significant imperfections.
    • Wood or plywood: These materials must be properly fixed and may need to be reinforced before applying microcement, as they can expand and contract with changes in temperature and humidity.

  1. Smooth and Even Surface:
  • Surface smoothness: Microcement is applied in thin layers (usually 2-3 mm), so the substrate needs to be as smooth and even as possible to avoid issues like uneven application or visible bumps under the microcement. For example:
    • Tiles: If the substrate is tiled, ensure the grout lines are either filled in or well-covered. If the tiles have significant texture, sanding may be required to smooth them out.
    • Concrete: Any major imperfections or cracks in the concrete should be repaired prior to application. A leveling compound may be needed to smooth out rough patches.

  1. Proper Surface Preparation:
  • Sanding: Many substrates, especially smooth ones (like glazed tiles, smooth concrete, or glossy surfaces), may require light sanding to improve adhesion. This creates a slightly rougher texture that allows the microcement to bond better.
  • Priming: A primer is often used to help the microcement bond to the surface, especially for non-porous or very smooth materials. The primer also ensures even application and better durability of the microcement layer.
    • For porous surfaces (e.g., plaster or raw concrete), priming may not always be necessary, but it can still help with adhesion and reduce the amount of microcement needed.

  1. Substrate Type Compatibility:
    Microcement can be applied over various types of substrates, but the preparation varies based on the material:
  • Concrete: Concrete is one of the most common and suitable substrates for microcement. It must be clean, level, and dry. Cracks should be repaired, and rough surfaces may need to be smoothed.
  • Tiles: Microcement can be applied directly over ceramic, porcelain, or stone tiles, as long as they are solid, stable, and the grout lines are either filled in or smoothened. The tiles should be cleaned and lightly sanded to ensure a good bond.
  • Wood: Wood or plywood substrates require special consideration, as wood expands and contracts with changes in humidity. A bonding agent or adhesive layer may be necessary, and the surface may need to be reinforced. It’s important to ensure that the wood is stable and securely fixed before application.
  • Plaster and Drywall: Microcement can be applied over plaster or drywall, but again, the surface must be clean, dry, and smooth. Priming is important in these cases to ensure a solid bond. Additionally, for plaster or drywall that may be exposed to moisture, the surface should be protected with a waterproofing agent.
  • Metal or Glass: Microcement can be applied to certain types of metal or glass, but the surface must be prepared by sanding or etching to create the necessary texture for adhesion. These materials are less common for microcement applications but are still possible with the right preparation.

  1. Crack and Movement Considerations:
  • Movement Joints: If the substrate is likely to experience movement (such as in the case of wooden floors or existing concrete floors with expansion joints), it’s important to install movement joints in the microcement application. This helps prevent cracking due to thermal expansion or other factors.
  • Crack Repair: Any existing cracks in the substrate should be filled and smoothed out. In some cases, if the cracks are significant, a crack isolation membrane or special reinforcing mesh may be needed to prevent cracks from showing through to the microcement layer.

  1. Temperature and Humidity:
  • Temperature: The application environment should have a stable, moderate temperature (generally around 10–25°C / 50–77°F) to ensure proper curing of the microcement. Extremely hot or cold environments can affect how the microcement sets and adheres to the substrate.
  • Humidity: High humidity can negatively impact the curing process. Ensure that the space is well-ventilated and not overly humid during installation and curing.

 

Summary of Substrate Requirements:

  • Clean, dry, and stable surface.
  • Smooth and even substrate, possibly requiring sanding.
  • Proper priming to ensure strong adhesion, especially on non-porous surfaces.
  • Repairs to cracks, holes, or any damage on the substrate.
  • Movement joints for materials likely to expand or contract (e.g., wooden floors).
  • Controlled temperature and humidity conditions during application and curing.


By following these substrate requirements, you’ll ensure a successful microcement application with excellent adhesion, longevity, and aesthetic results.

Yes, you can have almost any color of microcement, but the range of colors depends on the specific brandand products you choose. Microcement is highly customizable in terms of color, and you can achieve a wide range of tones, from neutral shades to more vibrant or customized hues. The exact options available will vary depending on the manufacturer and the type of microcement system you’re using.

Here’s what you need to know about the color options for microcement:

  1. Standard Color Range:
    Most microcement brands offer a pre-mixed range of colors, typically based on:
  • Neutral tones (e.g., whites, greys, beiges)
  • Earthy tones (e.g., browns, taupes, ochres)
  • Cool tones (e.g., blues, greens)
  • Warm tones (e.g., terracotta, reds, yellows) These colors are designed to fit a variety of interior design styles, from minimalist and industrial to rustic and contemporary.

  1. Custom Colors:
  • Tinting and Pigments: Many manufacturers allow you to customize the color by adding tints or pigments to the microcement mixture. This enables you to achieve a specific shade that matches your design vision. Some brands even offer a wide selection of pigment colors that can be mixed to create unique tones.
  • Custom Shades: If you have a particular color in mind (e.g., a specific Pantone shade or a custom tone to match other elements in your design), it’s possible to mix the base microcement material with custom pigments to create your desired color. This customization is often done by the supplier or professional installer to ensure a consistent result.

  1. How Color is Achieved:
  • Integral Color: The color is mixed directly into the microcement at the time of application, meaning the pigment is incorporated into the mix. This ensures that the color runs throughout the entire thickness of the microcement, and any wear or scratching won’t reveal an underlying layer of a different color.
  • Surface Finishes: The final color and appearance of the microcement also depend on the finish applied. For example:
    • Matte finishes will give a more subtle, understated color appearance.
    • Glossy or satin finishes may make the color appear slightly brighter and more vibrant due to the reflective nature of the surface.
    • Texture: The texture of the microcement can affect how the color looks. A more textured surface will create depth and may cause the color to appear slightly more varied, while a smooth, polished finish may provide a more uniform look.

  1. Color Consistency:
  • Microcement is generally a very consistent product when mixed correctly. However, it’s important to note that slight variations can occur due to factors such as the application technique, the surface texture, or the curing process.
  • It’s always a good idea to test a small sample on the actual surface to check the final color, especially if you are using a custom mix. If you’re using microcement in large areas, it’s best to apply it in batches to avoid noticeable color differences between areas.

  1. Color Sealing:
  • After applying microcement, it is typically sealed with a protective layer. The sealant can also influence the final look of the color. For instance, a matte sealer will keep the color more muted, while a glossy or satin sealer will enhance the vibrancy of the color.

 

  1. Popular Color Choices:
  • Grey: One of the most popular choices due to its modern, industrial appeal. It can range from light, almost white greys to deep, charcoal tones.
  • Beige & Taupe: These warmer, neutral colors are also widely used for their versatility and timeless look.
  • White & Off-White: Bright white microcement gives a clean, fresh appearance, and it’s often used for contemporary and minimalist designs.
  • Earthy Tones: Browns, rust, terracotta, and other earthy shades are often chosen for spaces that aim to evoke warmth and organic aesthetics.
  • Black: A bold option for modern, dramatic looks. It works well in spaces where you want a strong contrast, such as in kitchens or bathrooms with dark cabinetry.

  1. Considerations for Choosing Microcement Color:
  • Lighting: The color of your microcement floor, wall, or surface may appear different depending on the natural or artificial light in the room. Darker shades will absorb more light and may make the space feel cozier or smaller, while lighter tones will reflect light and make a room feel more open and airy.
  • Room Function: Consider the function of the room when choosing color. For example, darker colors might be preferred in living rooms or bathrooms for a more luxurious look, while lighter shades could be ideal for kitchens or open spaces where you want to create a sense of airiness.
  • Complementing Other Design Elements: Microcement is often used in combination with other materials like wood, stone, or glass. The color of your microcement should complement the overall design and other elements in the room.

 

Summary:

  • Microcement is highly customizable in terms of color, with most manufacturers offering a broad range of pre-mixed shades.
  • You can also mix custom colors using pigments or tints to achieve your desired hue.
  • The final appearance of the color depends on factors like the finish, texture, and sealant applied.
  • Common colors include greys, beiges, whites, and earthy tones, but you can create a virtually limitless range of shades to suit your design needs.

 

If you’re going for a custom color, it’s best to consult with the microcement supplier or a professional installer to ensure you get exactly what you want in terms of tone and finish.

Yes, you can absolutely apply microcement to a worktop (also known as a countertop), and it can be an excellent choice for this type of surface. Microcement offers a sleek, modern finish that is highly durable and resistant to wear, making it ideal for high-use areas like kitchens, bathrooms, and other work surfaces.

Benefits of Microcement for Worktops:

  1. Seamless Surface: Microcement creates a seamless, joint-free surface, eliminating the need for grout lines or seams, which are common with tiles or stone countertops. This not only looks more modern but also makes cleaning easier, as there are fewer places for dirt and bacteria to accumulate.
  2. Customizable Aesthetic: Microcement is available in a variety of colors, textures, and finishes. You can choose from neutral tones like greys, beiges, and whites, or opt for warmer tones like terracotta and browns. You can also customize the finish, ranging from matte to glossy, depending on the look you want for your worktop.
  3. Durability: Microcement is highly durable, resistant to scratching, impact, and general wear, making it suitable for work surfaces that see frequent use. When properly sealed, it also has resistance to moisture, stains, and heat (within reason).
  4. Easy Maintenance: Once sealed, microcement worktops are relatively easy to maintain. Regular cleaning with mild detergent and water is typically all that’s needed to keep the surface looking fresh. The lack of grout lines or seams also reduces cleaning time.
  5. Thin Application: Microcement is applied in thin layers, usually around 2-3mm, meaning you don’t need to worry about adding significant height to the worktop surface. It can be applied over existing materials, like tiles or old countertops, without the need for demolition.

 

Considerations for Applying Microcement to Worktops:

  1. Surface Preparation:
    • The worktop should be clean, dry, and free of any contaminants like oils, grease, or dust. Proper surface preparation is critical for ensuring strong adhesion and a flawless finish.
    • If you’re applying microcement over an existing surface (e.g., a tiled or stone countertop), ensure the surface is stable and in good condition. Any cracks, gaps, or damage should be repaired before application.
  2. Sealing:
    • Sealing is particularly important for worktops, as it provides protection from moisture, stains, and damage from food, drinks, or cleaning products. Worktop surfaces will be exposed to water, oils, and potentially hot items, so a high-quality, durable sealer is crucial.
    • Depending on the type of microcement and finish, you may need to apply a waterproofing sealantthat provides extra protection for surfaces exposed to moisture, such as kitchen countertops or bathroom vanity tops.
  3. Heat Resistance:
    • While microcement is heat-resistant to some degree, it’s not impervious to extreme heat. Direct contact with very hot pans or pots (like straight from the stove or oven) may cause damage to the surface over time, especially if the microcement hasn’t been sealed with a heat-resistant finish. Always use trivets or heat pads to protect the surface from excessive heat.
  4. Scratch Resistance:
    • While microcement is relatively scratch-resistant, it’s not completely scratch-proof. Be mindful when using sharp objects or abrasive cleaning tools on the surface to avoid marking it. A protective topcoat can help increase resistance to scratching and wear.
  5. Application Expertise:
    • Microcement requires a professional level of expertise to ensure the surface is applied correctly, especially on horizontal surfaces like worktops. The layers need to be even and smooth to achieve the desired aesthetic, and the worktop needs to be well-sealed for durability.
    • For the best results, hire a qualified installer who has experience with microcement, especially for high-contact surfaces like worktops.

How Microcement Worktops Compare to Other Materials:

  • Compared to Granite/Stone: Microcement offers a more modern, seamless look, while granite and other stones tend to have more natural variations, seams, and grout lines. Stone worktops are more heat-resistant but can be harder to maintain (e.g., they require sealing to prevent staining).
  • Compared to Concrete: Like concrete, microcement provides an industrial look, but it is thinner, lighter, and easier to maintain, with fewer visible seams or cracks.
  • Compared to Laminate: Microcement provides a much higher-end, durable finish, but laminate is cheaper and easier to install. Laminate worktops, however, tend to be less durable and can suffer from scratching or water damage over time.

Summary:

Microcement can be a fantastic choice for worktops, offering a modern, durable, and seamless surface that’s easy to maintain. It’s particularly suited for kitchens, bathrooms, and other work areas that require a robust, stylish surface. To ensure longevity and performance, proper surface preparation, sealing, and maintenance are key.

If you decide to proceed with microcement for your worktop, it’s essential to hire a professional with experience in this type of application, as achieving the perfect finish requires skill and expertise.

Microcement is an incredibly versatile material, and in addition to flooring, walls, and worktops, it can be used to create a wide range of furnishings and decorative elements for your home or commercial space. Here are some of the most popular and creative ways microcement can be applied to furnishings:

  1. Furniture:
  • Tables: Microcement is often used to create sleek, modern table surfaces, such as dining tables, coffee tables, or side tables. The material can be applied to wooden or metal frames, giving them a seamless, minimalist look. It works well for both industrial-style and contemporary settings.
  • Chairs and Benches: Microcement can be applied to the surface of chair backs or bench seats, providing a unique, custom finish. The material can be shaped or molded to create interesting textures and finishes, adding to the uniqueness of the piece.
  • Cabinets and Drawers: Microcement can be used to cover the fronts of cabinets, storage units, and drawers, especially in kitchens and bathrooms. It provides a modern, uniform look and can be coordinated with other surfaces like floors or walls.

  1. Vanities & Bathroom Furniture:
  • Bathroom Vanities: Microcement is a great option for bathroom vanities and washstands, offering a seamless and waterproof surface that is both durable and easy to clean. It works well over wood, MDF, or metal frames, creating a chic and functional piece of furniture for any bathroom.
  • Shelving Units: Microcement can be applied to create sleek floating shelves or built-in shelving units. This is a perfect way to integrate the look of microcement into storage pieces in bathrooms or living areas without adding seams or grout lines.

 

  1. Countertops & Worktops:
  • Beyond the traditional kitchen or bathroom worktops, microcement can be applied to various other work surfaces, such as:
    • Office desks
    • Bar counters
    • Reception desks This gives these functional areas a clean, modern appearance while maintaining the durability needed for frequent use.

  1. Sinks & Washbasins:
  • Custom-Made Sinks: Microcement can be used to craft custom washbasins and sinks, either integrated into the countertop or as standalone pieces. Since microcement is highly moldable, it can be shaped into unique and innovative forms.
  • Bathroom Fixtures: Microcement can also be applied to other bathroom fixtures such as bathtubs, shower trays, and even walls around these areas. A microcement-coated sink or washbasin can create a seamless look with the surrounding countertop or wall finishes.

  1. Fireplaces:
  • Fireplace Surrounds: Microcement can be used to create a stunning, modern fireplace surround. It’s heat-resistant, which makes it a suitable material for use around the fireplace area, and it creates a clean, continuous surface that is both stylish and functional.
  • Chimney Covers: For a sleek, contemporary look, microcement can be applied to chimney surrounds or flues, providing a unified design element in your living area.

  1. Wall-Mounted Elements:
  • Wall Panels: Microcement can be used on wall-mounted furniture, such as floating desks, console tables, or entertainment units, giving them a minimalist, modern feel.
  • Built-in Storage: Custom built-in storage units or alcove shelves can be finished with microcement for a uniform look that ties in with the rest of the room.

  1. Staircases:
  • Microcement is ideal for staircases, both for the treads and the risers. It can be applied over concrete, wood, or steel steps, providing a sleek, durable surface that is resistant to wear. The result is a beautiful, seamless staircase that fits perfectly with modern and industrial interiors.

 

  1. Planters and Pots:
  • Outdoor Furniture: Microcement is not just for indoor furnishings; it can also be used for outdoor planters, flower pots, and other garden accessories. Its durability, resistance to water, and sleek aesthetic make it ideal for enhancing outdoor spaces.
  • You can create bespoke planters in a variety of sizes, shapes, and colors, tailored to fit your outdoor decor.

  1. Wall Art and Decorative Pieces:
  • Wall Sculptures: Microcement can be molded and sculpted into decorative wall art pieces or used as a medium for 3D wall sculptures. Whether it’s abstract patterns or custom designs, microcement allows for unique artistic expression.
  • Freestanding Sculptures: Designers and artists can use microcement to craft furniture-like art pieces, such as abstract sculptures or standalone decorative items that function as both art and furnishing.

  1. Partitions & Room Dividers:
  • Partitions: Microcement can be used to create room dividers or partitions. These structures can be entirely made from microcement, or microcement can be applied to a frame or core material, offering a seamless, contemporary aesthetic that divides a space without using traditional walls.
  • These partitions are often used in open-plan offices, living areas, or modern apartments.

  1. Cladding & Covers for Appliances:
  • Covering Appliances: In modern kitchen or bathroom designs, microcement can be used to cover certain appliances, like fridges, washing machines, or dishwashers, providing a more integrated and seamless look. This can create a visually uniform surface that blends the appliances with the rest of the decor.

  1. Decorative Flooring for Furniture:
  • Custom Flooring for Furniture: Microcement can be applied to small pieces of furniture such as side tables, storage boxes, or display cabinets, creating a continuous flooring effect. This works well for bespoke furniture or one-off designs that aim to stand out as pieces of art.

  1. Lighting Fixtures:
  • Custom Lighting Bases: You can apply microcement to light bases or lamps to create unique and industrial-style lighting. The material can be molded to create interesting shapes and textures for lampshades, light stands, or pendants.
  • Wall-mounted Lights: Microcement can be used to create integrated wall lights, where the light fixtures are seamlessly incorporated into the wall itself, giving a clean and modern effect.


Key Benefits of Using Microcement for Furnishings:

  • Durability: Microcement is very hard-wearing and resistant to scratches, stains, and impact, making it suitable for both functional and decorative furniture pieces.
  • Customizable: The material is incredibly versatile, offering endless color and texture options. This allows for complete customization, whether you’re looking for a minimalist, rustic, or contemporary design.
  • Seamless Finish: Microcement offers a smooth, joint-free finish that is not only aesthetically appealing but also easier to clean than traditional materials that may have seams or grout.
  • Adaptability: It can be applied to almost any type of surface, including wood, metal, concrete, or glass, making it suitable for a wide range of furniture and decorative elements.
  • Waterproofing and Stain Resistance: When properly sealed, microcement is resistant to water and stains, making it especially suitable for bathroom vanities, kitchen worktops, and other high-contact furniture pieces.


Conclusion:

Microcement offers immense potential for designing and customizing furniture and decor. Whether you are covering existing furniture for a refresh or crafting completely new bespoke pieces, it provides a sleek, modern, and durable solution. From tables and chairs to bathroom vanities, sinks, and even custom artwork, the possibilities are virtually limitless. The key to success lies in careful application and ensuring that the microcement is sealed properly to maintain both aesthetics and functionality over time.

Yes, you can absolutely create a patio BBQ area with microcement, and it can be an excellent choice for both the aesthetic and practical aspects of your outdoor space. Microcement is highly versatile, durable, and resistant to the elements, making it a great material for outdoor kitchens, BBQ areas, and other patio features. Here’s how microcement can work in your BBQ area and what you need to consider:

Benefits of Using Microcement for an Outdoor BBQ Area:

  1. Durability and Resistance:
    • Microcement is a highly durable material that is resistant to cracking, wear, and fading, making it perfect for outdoor areas that are exposed to the elements.
    • It is also resistant to moisture, which is important for outdoor spaces, as well as heat (within reasonable limits), so it can withstand splashes from water, grease, and even occasional heat exposure from BBQ grills.
  2. Seamless and Clean Finish:
    • Microcement provides a seamless, joint-free finish that looks sleek and modern. This is especially useful for outdoor BBQ areas where you want to avoid the accumulation of dirt or food particles in grout lines, which can be common with tile or stone surfaces.
  3. Aesthetic Flexibility:
    • Microcement is available in a wide range of colors and textures. Whether you want a natural stone look, a concrete feel, or something more customized (like warm terracotta or a modern grey), microcement can be tailored to your design preferences.
    • It can be used on various surfaces, including BBQ countertops, surrounding areas, floors, and even walls if you’re creating an outdoor kitchen or BBQ station.
  4. Low Maintenance:
    • Once sealed, microcement is easy to clean and maintain. It’s resistant to stains, and food spills, and doesn’t have grout lines that trap dirt. You can simply wipe it down with a damp cloth and mild detergent.
  5. Waterproofing:
    • Properly sealed microcement is highly water-resistant. This makes it an ideal material for outdoor BBQ areas that will be exposed to rain, humidity, or cleaning with water hoses.


Applications of Microcement in a Patio BBQ Area:

  1. BBQ Countertops:
    • Microcement can be used to create stunning countertops around your BBQ area. Whether you’re building a full outdoor kitchen or just a simple countertop for food prep, microcement can provide a sleek, modern look.
    • It’s particularly advantageous over traditional materials like wood or stone, as it can be easily shaped and finished in a variety of ways, and is more resistant to water and grease.
  2. BBQ Surrounds:
    • If you’re building a BBQ surround or enclosure (such as an integrated built-in BBQ unit), microcement is a great material to apply to the exterior. It can be applied directly over the structure to create a seamless, attractive finish that blends into your outdoor decor.
  3. Barbecuing Islands or Tables:
    • For a more functional and stylish BBQ island or workstation, microcement can be applied to large surfaces, creating a continuous and clean look for preparing food, storing condiments, or serving guests.
    • You could create a microcement-topped table next to your BBQ area, perfect for dining or food preparation, maintaining the same modern aesthetic across your entire patio.
  4. Patio Floors:
    • Microcement is an excellent choice for patio floors around your BBQ area. It can create a uniform, modern, and sleek look for the entire outdoor space. Microcement floors are resistant to foot traffic, water, and outdoor weather conditions.
    • If you’re looking for a more industrial or urban feel, microcement floors can be a great way to integrate the BBQ area seamlessly into your outdoor design.
  5. Fireplace or Pizza Oven Surrounds:
    • Microcement can be used to finish the surround of a fire pit, pizza oven, or outdoor fireplace. It’s resistant to heat and moisture, making it an ideal material for these areas. The seamless, smooth finish is both functional and stylish.


Key Considerations for Microcement in an Outdoor BBQ Area:

  1. Heat Resistance:
    • While microcement can withstand moderate heat, it’s essential to note that extreme direct heat (like from a hot BBQ or grill) can cause damage to the surface over time. To mitigate this:
      • Always use heat-resistant protective pads or trivets when placing hot items on the microcement surfaces.
      • For BBQ areas directly adjacent to the grill, ensure proper sealing is applied, and consider reinforcing the microcement surface with special heat-resistant additives or finishes for added protection.
  2. Sealing and Waterproofing:
    • Proper sealing is crucial for microcement in outdoor areas. The sealant protects the surface from water, grease, stains, and dirt. It also enhances the material’s resistance to UV rays, preventing fading and discoloration due to sun exposure.
    • Regular resealing may be required depending on usage and exposure to the elements, especially in areas where there’s a lot of moisture or heavy use.
  3. Surface Preparation:
    • As with any microcement application, surface preparation is key. The base substrate (such as concrete, stone, or existing tiles) needs to be clean, dry, and stable before applying microcement. If you’re applying it to a wooden structure, ensure it’s properly reinforced to avoid movement, as wood expands and contracts with weather conditions.
  4. Weather Considerations:
    • Microcement needs stable, moderate temperatures to cure effectively. Avoid applying it in extremely hot, humid, or rainy conditions. In most cases, outdoor applications should be done when the weather is relatively dry and temperate to ensure the best results.

 

How to Integrate Microcement into Your BBQ Area:

  • Design Coordination: Integrate the microcement finish with other design elements in your patio, such as wooden decking, stone features, or metal accents. Microcement’s versatility allows you to pair it seamlessly with different materials for a unified, contemporary look.
  • Color and Finish: Choose a color palette and finish that suits your outdoor setting. Lighter tones like grey or beige can make the space feel more open, while darker colors like charcoal can create a more dramatic, sophisticated atmosphere.
  • Customization: Consider custom features, such as integrating microcement into built-in shelves, cabinetry, or storage areas around your BBQ. This allows you to create a fully tailored, functional outdoor cooking and dining experience.


Conclusion:

Microcement is an excellent material choice for creating a stylish, functional, and durable patio BBQ area. Whether you’re focusing on countertops, BBQ surrounds, floors, or custom outdoor furniture, microcement can provide a sleek, modern finish that’s resistant to moisture, stains, and everyday wear. Just make sure to properly seal the surfaces, and take care to protect against direct extreme heat. With the right application, your outdoor BBQ area can become a beautiful, seamless part of your patio design.

Yes, microcement can last a long time, provided it is properly applied, sealed, and maintained. It’s a durable and hard-wearing material, making it a great choice for both interior and exterior surfaces. However, its longevity depends on several factors such as the quality of the installation, the surface it’s applied to, how it’s used, and the type of sealant applied.

Key Factors Affecting the Longevity of Microcement:

  1. Proper Application:
    • Microcement needs to be applied in multiple thin layers, usually over a well-prepared surface. The application should be carried out by a skilled professional to ensure that each layer is applied evenly and correctly. Poor application can lead to cracking, delamination, or uneven surfaces, which can reduce the material’s lifespan.
    • Surface preparation is crucial—whether it’s applied over concrete, wood, tiles, or other surfaces, the base must be stable and clean for the microcement to adhere properly.
  2. Sealant and Waterproofing:
    • Sealing is one of the most important aspects of ensuring the longevity of microcement. The right sealant protects the surface from stains, water, and abrasion. It also helps maintain the colorand finish over time. Typically, high-quality sealers are recommended for both indoor and outdoorapplications.
      • For kitchens, bathrooms, and other high-moisture areas, a waterproof sealant is essential.
      • For outdoor areas exposed to the elements, UV-resistant sealers help protect against fading and weathering.
    • Re-sealing may be required every 1-2 years, depending on wear and tear, to maintain its protective properties.
  3. Durability:
    • Microcement is generally highly durable when applied correctly. It is resistant to scratches, abrasions, and general wear. For example, microcement floors are resilient to foot traffic and furniture, and surfaces like countertops or worktops are also resistant to typical use (like food preparation, spills, etc.).
    • Microcement is also impact-resistant and won’t chip or crack easily like tile, stone, or concrete, though it can still be damaged by extreme impacts or sharp objects.
    • It is resistant to moisture once sealed, making it suitable for wet areas like bathrooms, kitchens, and even outdoor patios (with the appropriate sealing for outdoor use).
  4. Heat Resistance:
    • Microcement can withstand moderate heat, which makes it suitable for areas like kitchen worktops, BBQ areas, and fireplace surrounds. However, it is not impervious to extreme heat(such as direct contact with very hot pans, pots, or grills). Over time, direct heat exposure may cause some deterioration or discoloration, especially if the surface is not protected properly with heat-resistant sealants.
  5. Maintenance:
    • The longevity of microcement also depends on how well it’s maintained. The material is generally low-maintenance, but regular cleaning and care are necessary:
      • Cleaning: Wipe down surfaces regularly with a mild detergent and water. Avoid using harsh chemicals or abrasive cleaning tools, which could damage the finish.
      • Avoiding Damage: While microcement is resistant to stains and scratches, sharp objects, or heavy impacts could potentially damage the surface. For high-traffic areas, using protective mats or coasters can prevent scratches or dents.
  6. Environmental Factors:
    • If used outdoors, microcement is exposed to elements like sunlight, rain, and extreme temperatures. A UV-resistant sealer helps to prevent fading from sun exposure, while a waterproof sealer ensures protection against rain or humidity. Outdoor microcement areas may require more frequent maintenance and resealing compared to indoor spaces.
    • Outdoor use also means that microcement may be exposed to dirt, leaves, and other debris, so occasional cleaning is essential to prevent stains or surface degradation.
 

Estimated Lifespan of Microcement:

  • Indoors: With proper sealing and maintenance, microcement can last 10-15 years or more in indoor settings, such as kitchens, bathrooms, or living areas. High-traffic areas like floors and countertops will last the longest when properly cared for.
  • Outdoors: For outdoor applications, like patios, BBQ areas, or exterior walls, the lifespan will depend on the level of exposure to weather. Microcement can last around 5-10 years outdoors, provided it is sealed correctly and exposed to less extreme weather (e.g., UV protection, waterproofing). In more extreme conditions, like harsh sunlight, rain, or freezing temperatures, the lifespan might be slightly reduced, but it can still perform well if maintained properly.
 

Common Issues That May Affect Longevity:

  1. Poor Sealing: If the sealant wears off or is applied improperly, microcement can absorb moisture, stains, or dirt, which can degrade the surface.
  2. Harsh Cleaning Methods: Using abrasive sponges, bleach, or strong chemicals can damage the surface, so it’s essential to clean microcement with gentle methods.
  3. Excessive Heat or Physical Impact: Direct heat or heavy impact can crack or discolor microcement, especially if the material isn’t protected with the right sealant.
  4. Improper Installation: If the base surface isn’t adequately prepared or the layers of microcement aren’t applied correctly, the longevity of the microcement can be compromised. Cracks, peeling, or other issues can arise if the product isn’t applied properly.
 

Conclusion:

Microcement, when installed and maintained correctly, can last for many years—often 10-15 years or longerin indoor settings. Its durability, resistance to water and stains, and seamless finish make it a strong candidate for a variety of applications, from floors and walls to furniture and outdoor surfaces. However, to maximize its lifespan, it’s essential to invest in quality installation, proper sealing, and regular maintenance.

In outdoor environments, microcement will typically last around 5-10 years depending on exposure to the elements, with proper care and sealing extending its longevity. Always ensure that heat exposure, impacts, and cleaning practices are considered to maintain the material’s aesthetic and functional qualities over time.

The installation time for microcement can vary based on several factors, including the size of the area, the complexity of the project, and the number of layers required. However, as a general guide:

 

Typical Installation Time:

  • Small Projects (e.g., Countertops, Small Floors, or Walls): Typically, a small microcement project such as a kitchen countertop, a small bathroom floor, or a feature wall can take anywhere from 3 to 5 days to complete.
  • Larger Projects (e.g., Floors, Large Walls, or Entire Rooms): For larger areas, such as a full floor in a living room, an open-plan kitchen, or extensive bathroom walls, the installation time could range from 7 to 10 days.
  • Outdoor Installations: For outdoor areas like patios or BBQ zones, the installation time can also vary, typically around 5-10 days, depending on the size and complexity of the space.
 

Factors Influencing Installation Time:

  1. Surface Preparation:
    • If the existing surface requires cleaning, leveling, or repairs (e.g., removing old tiles, repairing cracks), this step can take additional time. Proper surface preparation is crucial for the success of the microcement application.
  2. Application Layers:
    • Microcement is applied in multiple thin layers (typically 2-3 layers of microcement and additional layers for the topcoat/sealant). Each layer needs time to dry or cure before the next can be applied.
      • Drying time: Each layer usually requires 4 to 8 hours to dry before the next one can be applied, depending on humidity and temperature. Some layers, especially the final one, may need longer to cure before sealing.
  3. Sealing:
    • After the final coat of microcement, sealing is applied to protect the surface from water, stains, and wear. The sealer typically requires 24 hours to cure, and the area should not be used until it’s fully dried.
  4. Complexity of Design:
    • If you’re opting for decorative finishes, such as textured, patterned, or colored microcement, this will add more time to the installation. Custom designs, intricate patterns, or effects like a polishedor matte finish can require additional layers or meticulous application, which increases the installation time.
  5. Weather Conditions:
    • The installation time can be affected by ambient temperature and humidity. If you’re installing microcement outdoors, poor weather (e.g., high humidity or rain) can slow down the drying process and require more drying time between layers.
  6. Size of the Area:
    • Naturally, larger areas (like entire floors or big kitchen islands) will take more time to complete than smaller projects. A large living room floor could take several days to apply, while a small wall or countertop could be done in a couple of days.
 

Breakdown of the Microcement Installation Process:

Here’s a rough timeline for a typical microcement installation project:

  1. Day 1 – Surface Preparation:
    • Clean and prep the surface (e.g., sand or smooth existing surfaces, fill cracks or joints).
    • Apply the primer (first layer to ensure proper adhesion).
    • Let the primer cure for a few hours (usually 4–6 hours).
  2. Day 2 – First Coat of Microcement:
    • Apply the first thin layer of microcement (base coat).
    • Allow it to dry for 4-8 hours (depending on conditions).
    • Light sanding may be required between layers to ensure a smooth finish.
  3. Day 3 – Second Coat of Microcement:
    • Apply the second layer of microcement (another thin coat).
    • Allow it to dry for another 4-8 hours.
    • Light sanding again to smooth the surface if needed.
  4. Day 4 – Third Coat (if necessary):
    • For some projects, a third layer of microcement is applied for added thickness and durability.
    • If the area is small, this layer might be optional, but it’s more common in larger or high-traffic areas.
    • Drying and sanding processes follow.
  5. Day 5 – Sealing:
    • After the final layer is dry and sanded, the surface is sealed with the appropriate protective sealer(waterproof, stain-resistant, or heat-resistant, depending on the application).
    • The sealer typically requires 24 hours to cure, so the area cannot be used during this time.
  6. Day 6 and Beyond – Curing and Final Touches:
    • The surface is allowed to fully cure. Once sealed, the surface may take up to 48 hours to fully set before it’s ready for use, especially for high-traffic areas or countertops.
    • Additional sealing or finishing touches may be applied, depending on the design.
 

Total Estimated Installation Time:

  • Small projects (e.g., a countertop, small bathroom) can take around 3 to 5 days.
  • Larger projects (e.g., whole floors, large walls) generally take 7 to 10 days.
  • For outdoor installations (depending on size and weather), the time may be around 5-10 days, with longer curing times for sealers.

 

Final Thoughts:

Microcement installation typically requires some patience due to the number of layers and drying times involved, but the process can be completed within a week or so for most standard-sized projects. The total time can be slightly longer if there are complex design features or large areas to cover. Be prepared for drying and curing times to ensure the best finish, and always follow the advice of the installer to maximize the longevity of the microcement surface.

By planning the installation with these time frames in mind, you’ll be able to enjoy your beautiful, seamless microcement surfaces without any unexpected delays!

While DIY-ing microcement is possible, it’s highly recommended to hire a professional installer, regardless of the size and/ or scale of any project. Here’s a breakdown of the factors to consider when deciding whether to attempt a DIY microcement project or hire a professional:

  1. Skill and Experience
  • Professional Installers: Microcement installation requires a high level of precision and technical skill. Professionals have extensive experience with applying multiple layers, ensuring smooth finishes, and handling challenging surfaces. They are also trained to understand the nuances of different substrates(concrete, tiles, wood, etc.), which significantly impacts the final result.
  • DIY: While it’s possible to apply microcement as a DIY project, it can be tricky for beginners. Even though the application itself isn’t complex, achieving a flawless, durable finish requires practice. It’s easy to make mistakes that can compromise the aesthetic (e.g., streaks, uneven layers) or long-term durability (e.g., cracking, inadequate adhesion).
  1. Tools and Materials
  • Professional Installers: Professionals use specialized tools (like trowels, spatulas, and sanding machines) and have access to high-quality microcement mixes and sealants. They also know how to apply the correct number of layers with the proper drying times between them, which ensures the material’s durability and finish.
  • DIY: While microcement kits are available for DIYers, these often come with basic instructions and a limited amount of material. Getting a high-quality result will depend heavily on your tool knowledge, technique, and whether you’ve already prepared the substrate properly. Additionally, you may need to invest in tools that you don’t already own.
  1. Surface Preparation
  • Professional Installers: Professionals ensure the substrate (the surface you’re applying microcement to) is properly prepared. This might involve cleaning, sanding, patching any holes or cracks, or using a bonding agent, depending on the material. Incorrect preparation can cause the microcement to crack, peel, or fail to adhere properly.
  • DIY: If you’re doing it yourself, preparing the surface can be one of the trickiest parts of the process. You’ll need to make sure it’s completely smooth, stable, and free from dirt, grease, or moisture. If the base layer isn’t done correctly, the microcement may not bond properly, leading to long-term problems.
  1. Complexity of the Design
  • Professional Installers: If you’re opting for any kind of textured or decorative finish, a professional will have the skill to create complex effects, such as polished finishes, color blends, or custom designs. Professionals are also experienced in handling things like cracks, edges, and transitions between different surfaces.
  • DIY: If you have a basic and straightforward project, such as a small, simple countertop, it might be doable as a DIY project. However, creating a seamless, high-quality look across large areas or achieving a professional-grade finish is difficult without experience. DIYers are also more likely to make mistakes when trying to create effects or intricate patterns.
  1. Time and Curing Process
  • Professional Installers: Professionals can complete a project more quickly because they’re used to working efficiently and know exactly how long each layer takes to dry, how long to wait between coats, and how to properly seal the surface. They also take into account drying times, making sure that the job is done on time without compromising quality.
  • DIY: If you’re doing it yourself, be prepared for a lot of waiting as each layer of microcement needs to dry completely before the next one can be applied. DIY projects tend to take longer because you might not be as efficient, and you may encounter delays due to inexperience or lack of understanding about drying times.
  1. Cost
  • Professional Installers: Hiring a professional will obviously cost more upfront. Labor costs, along with the quality of materials, can make this a more expensive option. However, it’s an investment in ensuring that the installation is done correctly, the finish is perfect, and the surface is durable for years to come.
  • DIY: While doing it yourself is more affordable in terms of labor, you still need to purchase the materials, including high-quality microcement, sealants, and any necessary tools. Also, the risk of mistakes (which might need to be fixed by a professional later) could lead to hidden costs.
  1. Long-Term Durability
  • Professional Installers: When done correctly by an experienced installer, microcement surfaces can last for many years without significant issues. A professional will know the right products, tools, and techniques to use for maximum durability.
  • DIY: If you’re not well-versed in applying microcement, you may end up with a surface that wears out faster or becomes prone to cracking, peeling, or discoloration. If not applied or sealed correctly, it could also lead to issues such as moisture damage or stains.
 
 

When Can You Consider DIY?

If you have experience with home improvement projects and are comfortable with the skills required, a small-scale project (like a small bathroom countertop, small wall, or decorative surface) might be within your capabilities. Here’s what you should consider if you want to go the DIY route:

  • Start small: Begin with something manageable, like a small vanity or bathroom wall. This allows you to get familiar with the process before tackling bigger surfaces.
  • Prepare the space: Make sure the area is prepped thoroughly. This means cleaning, sanding, and ensuring there are no moisture issues.
  • Use a high-quality DIY kit: Purchase a well-reviewed DIY kit that comes with clear instructions and includes all necessary materials.
  • Take your time: Be patient with each step. Don’t rush the application or drying process. Microcement needs time to cure properly.
 
 

When Should You Hire a Professional?

  • Larger or more complex projects: For large surfaces, intricate designs, or high-traffic areas (like flooring or high-use countertops), it’s best to hire a professional.
  • Outdoor installations: Microcement can be tricky to apply in outdoor spaces due to environmental conditions (like moisture, temperature fluctuations, and UV exposure). A professional installer will know how to apply the right sealers and adapt to changing weather conditions.
  • For the best finish: If you want a perfect, long-lasting result without the risk of imperfections, hiring a professional will ensure that the microcement looks exactly how you envision it and that it will stand the test of time.

 

Conclusion: DIY vs. Professional Installer

  • DIY is possible if you have the time, patience, and skill to handle it. For small projects or simple applications, it can be a rewarding and more affordable option, though it requires a learning curve and careful attention to detail.
  • Professional Installation is generally the best route for larger projects, areas with intricate designs, or when you want a flawless, long-lasting result. Professionals ensure the right application, surface prep, sealants, and durability, which can save you time, money, and frustration in the long run.

If you’re looking for a flawless finish that will stand the test of time, or if you’re tackling a larger or more intricate project, it’s worth investing in a professional microcement installer.

Yes, microcement is an excellent choice for creating a feature wall! Its versatility, seamless finish, and modern aesthetic make it ideal for a striking feature wall in various spaces, including living rooms, kitchens, bathrooms, and even outdoors. Here’s a breakdown of why microcement works so well for feature walls and what you should consider:

Advantages of Using Microcement for a Feature Wall

  1. Seamless Look:
    • Microcement is applied in thin layers, which results in a smooth, seamless finish. This creates a continuous, sleek look that can make a bold visual impact. Unlike traditional tiles or bricks, you won’t have visible joints or grout lines, which helps create a clean and contemporary design.
  2. Versatile Design:
    • Microcement comes in a wide range of colors, textures, and finishes (from matte to glossy, and even metallic). You can customize the look to suit your interior style, whether you’re after a minimalist, industrial, rustic, or luxurious effect. For a feature wall, the ability to incorporate colors or textures can turn the space into a visual focal point.
  3. Durability:
    • Microcement is durable and resistant to wear and tear, making it suitable for high-traffic areas or spaces with frequent moisture exposure, like kitchens or bathrooms. When properly sealed, it also becomes resistant to stains, water, and humidity, which is particularly important for bathroom feature walls.
  4. Easy Maintenance:
    • Once sealed, microcement is low-maintenance. It’s easy to clean, requiring only a wipe-down with mild detergent and water. This makes it a good option for areas that might accumulate dirt or stains, such as behind kitchen sinks or in living room spaces.

 

  1. Customizable Aesthetic:
    • Whether you want a polished look, textured finish, or decorative patterns, microcement can achieve various styles. You can also integrate design features, like geometric patterns or a marbled effect, into the wall for added visual interest. This flexibility is one of the key reasons why microcement is so popular for feature walls.
  2. Increases Perceived Space:
    • Because microcement is applied in thin layers, it doesn’t add much bulk to the wall, which means it won’t intrude on the space. This can be especially beneficial for small rooms where you want to create a feature wall without crowding the space.

Things to Consider When Using Microcement on a Feature Wall

  1. Surface Preparation:
    • The wall must be in good condition for the microcement to adhere properly. This means the surface should be clean, smooth, and free of cracks or holes. If you’re applying it over a painted surface, old tiles, or drywall, you may need to prepare it properly (sanding, priming, patching) to ensure good adhesion.
  2. Installation Skill:
    • Applying microcement requires precision to achieve an even, smooth finish. While it’s possible to DIY, it can be tricky for beginners to achieve the same high-quality result a professional can. A professional installer will ensure that the microcement is applied evenly, especially for feature walls where the visual effect is essential.
  3. Finishing Touches:
    • After the microcement is applied, it needs to be sealed with an appropriate sealer (such as waterproof or stain-resistant options), especially for kitchens and bathrooms. The right sealer will protect the finish and help it maintain its beauty over time.
  4. Drying and Curing Time:
    • Microcement requires time to dry and cure between layers. Each coat typically needs 4-8 hours to dry before the next can be applied, and the final surface may need up to 24-48 hours to fully cure before it can be used. Keep this in mind when planning your project timeline.
  5. Cost:
    • Microcement is generally more expensive than traditional paint or wallpaper, both in terms of materials and labor (if you hire a professional installer). While the result is long-lasting and modern, it’s worth considering the budget for a feature wall installation.
  6. Color and Finish Choices:
    • Color choice: While microcement offers a range of natural, earthy tones (like greys, whites, and browns), darker or more saturated colors may show imperfections or wear more easily than lighter shades. It’s also essential to consider the lighting in the room, as it can affect how the color and finish appear.
    • Finish types: Depending on the finish you choose (e.g., matte, satin, glossy, or polished), the feature wall may need more maintenance, especially in high-touch or high-traffic areas.
  7. Light Reflection and Texture:
    • Textured finishes will create shadows and highlights depending on the light in the room, which can add depth and interest to the feature wall. However, be mindful that textured microcement may show more wear over time and may require more maintenance in the long term.

When to Use Microcement for a Feature Wall:

  1. Modern Living Spaces: If you want a contemporary and stylish feature wall in your living room or bedroom, microcement can create a sleek, minimalistic look that’s perfect for modern interiors.
  2. Kitchens & Bathrooms: Microcement’s water-resistant properties make it ideal for feature walls in wet areas, like behind sinks, in showers, or around bathtubs. It adds an elegant, high-end feel and can be matched with complementary materials like wood, glass, or stone for a balanced design.
  3. Industrial and Urban Styles: The raw, textured appeal of microcement is often used in industrial, urban, or loft-style interiors. You can achieve an industrial concrete look without the bulk or coldness of traditional concrete.
  4. Accent Walls in Large Rooms: Microcement is great for creating focal points in large living rooms or open-plan spaces. It draws attention and adds sophistication without overwhelming the room.

Summary: Why Microcement Works for a Feature Wall

  • Seamless, modern finish with a range of customizable looks.
  • Durable, easy to maintain, and resistant to stains and water when sealed correctly.
  • Available in a variety of textures and colors, offering endless design possibilities.
  • Works well for wet areas (kitchens, bathrooms), as well as dry zones.
  • Adds a premium, contemporary feel to any room.

If you’re looking to add a stunning feature wall to your home and are ready to invest in quality materials and installation, microcement is a fantastic option that will provide a long-lasting, high-end finish. If you’re unsure about the complexity of the installation, it’s always best to consult with a professional to ensure the results meet your expectations.

Cleaning and maintaining microcement is relatively easy, but it does require a bit of care to ensure it stays looking great for years. Proper maintenance will also help extend the life of the material, especially if it’s installed in high-traffic areas or wet zones. Here’s a complete guide to cleaning and maintaining microcement:

  1. Regular Cleaning
    Microcement surfaces are low-maintenance, but regular cleaning is essential to keep them looking fresh and to prevent the buildup of dirt, grease, and stains.
  • Daily/Weekly Cleaning:
    • Dust and Dirt: Use a soft cloth or a microfiber mop to dust the surface regularly. This will prevent dirt and debris from scratching the surface.
    • Mopping: For floors or large surface areas, mop with warm water and a small amount of mild detergent (preferably pH-neutral). Avoid using harsh or abrasive chemicals, as they can degrade the surface or the sealer over time.
    • Wipe Surfaces: For countertops, walls, or smaller areas, wipe down with a soft, damp cloth. Avoid using anything rough, like scouring pads, which can scratch the surface.
    • Avoid Abrasive Tools: Never use steel wool, rough sponges, or abrasive cleaning tools that can damage the finish.
  • For Spills:
    • Wipe up spills (especially from oils, acidic substances like vinegar, or red wine) promptly. Microcement is generally stain-resistant once sealed, but it’s best to clean spills quickly to prevent staining or penetration.
  1. Cleaning Solutions
  • Mild Soap or Detergent: Use a gentle, pH-neutral detergent (like a dish soap or a floor cleaner) mixed with warm water. Avoid acidic or highly alkaline cleaning products, as these can damage the sealer or the surface.
  • Avoid Harsh Chemicals: Don’t use products like bleach, ammonia, or abrasive cleaners. These can strip the protective sealant and cause discoloration or dullness.
  • Vinegar and Water: You can use a solution of vinegar and water (about 1 part vinegar to 10 parts water) for a natural, gentle cleaning solution, but avoid using it frequently on sealed surfaces.
  1. Sealing Maintenance

To maintain the protective properties of microcement, it’s important to keep the sealer intact. The sealer prevents stains, moisture, and dirt from penetrating the surface.

  • Reapply the Sealer: Over time, the protective sealant may wear down due to foot traffic, cleaning, or exposure to elements (in the case of outdoor surfaces). In high-traffic or wet areas (like bathrooms or kitchens), reapply the sealer every 1-2 years to keep the surface protected.
    • For floors, areas of heavy use, or bathrooms, re-sealing may be needed more frequently.
    • You can apply the sealer yourself if you’re confident with the process, or have a professional do it for a more thorough and flawless finish.
  • Polished vs. Matt Finish: Some microcement finishes (like polished or glossy finishes) may require a specific type of sealer or periodic polishing. Matt finishes are generally lower maintenance but may still need occasional re-sealing for optimal protection.
  1. Dealing with Stains

Microcement surfaces are generally resistant to stains, but some substances (especially oils, acids, or pigments) can leave marks if not cleaned promptly.

  • For Fresh Stains: Clean spills or stains as quickly as possible using a soft, damp cloth and mild detergent.
  • For Old Stains:
    • You can use a non-abrasive stain remover designed for sealed concrete or microcement. Check with your installer or supplier for recommendations.
    • Baking soda and water: Create a paste using baking soda and water, apply it to the stain, and let it sit for 10–15 minutes before wiping away. This works for mild stains but should be tested on a small, hidden area first.
  • Avoid Harsh Chemical Cleaners: Do not use products like bleach or strong acids (e.g., vinegar, lime scale removers) that can harm the microcement surface or degrade the sealer.
  1. Preventative Maintenance

To prolong the life of your microcement and maintain its appearance, consider these tips:

  • Use Mats and Rugs: In high-traffic areas, like corridors or near entryways, consider using mats or rugs to protect the microcement floor from dirt and wear.
  • Avoid Dragging Furniture: Lift furniture when moving it instead of dragging it across the microcement. This will prevent scratches or dents in the surface.
  • Use Coasters: For worktops, counters, or tables, use coasters and placemats under hot items or sharp objects to prevent damage.
  • Check for Damage: Periodically inspect the surface for any signs of wear or damage. If you spot small cracks, chips, or signs of wear, it’s best to get them fixed promptly to prevent further damage. Minor repairs can be done by applying additional microcement to the affected area and blending it into the surrounding surface.

 

 

 

  1. Dealing with Scratches or Marks

If you notice scratches or minor imperfections on the surface, here’s how to fix them:

  • Small Scratches: You can lightly sand the affected area with a fine-grit sandpaper and then reapply a thin layer of microcement or touch up with a suitable product.
  • Deep Scratches or Damage: For larger repairs, it’s best to consult a professional who can properly reapply microcement and blend it with the existing surface.
  1. Outdoor Maintenance

If your microcement is used outdoors (e.g., in patios or BBQ areas), there are additional considerations:

  • UV Protection: Ensure the microcement is sealed with a UV-resistant sealer if it’s exposed to direct sunlight. UV rays can cause fading over time.
  • Weather Protection: For areas exposed to heavy rain or extreme weather, regular cleaning is important to prevent mold, algae, or mildew buildup. Be sure to reseal the surface as needed to maintain the protective layer.

Summary: Key Points for Maintaining Microcement

  1. Regular Cleaning: Clean with a mild detergent and warm water using a soft cloth or mop. Avoid harsh chemicals or abrasive sponges.
  2. Stain Management: Clean spills promptly. Use a non-abrasive stain remover for tougher stains.
  3. Re-seal Periodically: Depending on the wear, reapply the sealer every 1-2 years (or more often in high-traffic or wet areas).
  4. Protect the Surface: Use mats, coasters, and avoid dragging furniture to protect the surface from scratches and damage.
  5. Handle Damage Promptly: Small scratches can be sanded and patched. Larger repairs may require professional attention.
  6. Outdoor Care: Use a UV-resistant sealer and maintain the surface by cleaning and resealing as needed to protect against weather exposure.
 

By following these simple care and maintenance tips, you can keep your microcement surfaces looking pristine and ensure they last for many years to come!

Yes, microcement can be repaired! In fact, one of the advantages of microcement is that it’s relatively easy to fix in case of damage such as scratches, chips, or even cracks. However, the success of the repair depends on the extent of the damage and the skill of the person doing the repair.

Here’s a guide on how microcement can be repaired, along with tips for minor fixes and when you might need a professional.

Types of Microcement Damage and How to Repair Them

  1. Scratches and Surface Marks
  • Cause: Scratches often happen due to rough objects, dragging furniture, or sharp-edged items coming into contact with the microcement surface.
  • Repair:
    • Light Sanding: For minor scratches, you can lightly sand the affected area with fine-grit sandpaper (around 220 to 400 grit). Sand in circular motions to smooth out the scratch and blend the area with the surrounding surface.
    • Reseal: After sanding, you may need to apply a fresh layer of sealer to restore protection and ensure a consistent finish.
    • Touch-Up: If sanding doesn’t completely restore the surface, you can apply a small amount of microcement paste over the area, smooth it out, and then reseal it.
  1. Chips and Dents
  • Cause: Chips and dents often occur due to heavy impact or pressure on the microcement surface.
  • Repair:
    • Fill the Chip: For small chips or dents, clean the area and use a microcement paste or spackling compound that matches the color of your existing surface. Apply the paste with a spatula, ensuring it fills the chip or dent completely.
    • Smoothing: Once the paste has dried, sand the surface gently to make it level with the surrounding area.
    • Reseal: Apply a fresh layer of sealant to protect the repair and ensure a consistent finish.
  1. Cracks (Minor)
  • Cause: Cracks can form due to settling of the substrate or moisture exposure in areas like bathrooms or kitchens.
  • Repair:
    • Clean the Crack: Start by cleaning out any dirt or debris from the crack using a small brush or vacuum.
    • Fill the Crack: Use a microcement repair paste or filler to fill in the crack. Smooth the repair with a spatula or trowel and let it cure.
    • Sanding: Once it has dried, lightly sand the area to make the surface even and blend it with the rest of the wall or floor.
    • Reseal: Reapply a thin layer of sealant to the repaired area to prevent water or dirt from penetrating.
  1. Stains
  • Cause: Stains can occur from spills like oil, red wine, or paint. While microcement is generally stain-resistant when sealed, some substances can still leave marks.
  • Repair:
    • Gentle Cleaning: First, clean the stained area with a mild detergent and water. Avoid harsh chemicals.
    • Stain Removal: For stubborn stains, you can create a paste using baking soda and water or use a non-abrasive stain remover designed for microcement. Apply it to the stain and leave it for 10-15 minutes before gently scrubbing and rinsing.
    • Re-sealing: Once the stain is removed, you may need to reapply the sealer to the affected area to restore its protective properties.
  1. Larger Cracks or Structural Damage
  • Cause: Larger cracks or structural issues usually arise from a problem with the substrate (the surface under the microcement) or moisture-related issues that weren’t properly addressed during installation.
  • Repair:
    • Identify the Cause: Before fixing the crack, it’s important to understand whether the damage is due to shifting of the substrate or if there’s an underlying issue, such as excess moisture. In some cases, you may need to reinstall or address the underlying cause of the damage before repairing the microcement.
    • Patch and Reapply Microcement: Once the underlying problem is addressed, you can apply a fresh layer of microcement to the area. This process may involve sanding down the damaged area, applying a bonding agent, and then applying several layers of microcement before sanding and sealing.
    • Professional Help: For larger or more structural issues, it’s best to consult a professional installer to ensure the repair is done properly and that the surface is stable.

Steps for Repairing Microcement (General Guide)

  1. Assess the Damage: Determine whether the damage is superficial (scratches, small stains) or more structural (cracks, chips, dents).
  2. Clean the Area: Always start by cleaning the damaged area to remove dirt, debris, or grease. A soft cloth and mild detergent should be sufficient.
  3. Patch the Damage:
    • For small scratches, lightly sand the area.
    • For chips or cracks, use a microcement filler that matches the surrounding surface.
    • Smooth the filler and allow it to cure fully before proceeding.
  4. Blend the Surface: Once the filler has dried, gently sand the area with fine-grit sandpaper to level it with the surrounding surface.
  5. Reapply Sealer: After sanding, apply a thin layer of sealant to protect the repair and restore the surface’s finish.
  6. Polishing (Optional): For a glossy finish or if you’re repairing a polished microcement surface, you can use a polishing pad to blend the repair seamlessly with the surrounding surface.

When to Call a Professional

  • Large Areas of Damage: If you have extensive damage (like large cracks or chips), it’s best to call a professional installer who can reapply microcement and ensure that the repair blends well with the existing surface.
  • Underlying Substrate Issues: If the cracks or damage are caused by structural problems (like shifting walls or floors), a professional will need to address the root cause before applying a repair.
  • Major Aesthetic Concerns: If you’re concerned about maintaining a flawless finish, or if the repair is in a highly visible area like a feature wall or countertop, a professional will achieve the best result.

Preventing Future Damage

  • Re-seal Regularly: Regularly reapply the sealer (every 1-2 years, depending on usage) to protect the microcement from stains, water, and wear.
  • Be Mindful of Heavy Impacts: Avoid dropping heavy or sharp objects on microcement surfaces, especially floors and countertops, to prevent chips or cracks.
  • Clean Spills Promptly: Always clean up spills quickly, particularly oily or acidic substances, to prevent staining or damage.

Conclusion

Microcement is highly repairable and can be restored to a like-new condition with minimal effort, especially for small imperfections such as scratches, chips, or minor cracks. For minor repairs, you can follow a straightforward process of filling, sanding, and resealing. However, for more complex repairs, or if the damage is widespread or caused by underlying issues, it’s a good idea to hire a professional to ensure the repairs are done properly and the surface remains durable and seamless.

With the right care and maintenance, microcement can continue to look great and last for many years.

Yes, you can apply microcement to ceilings, and it’s a great option for creating a seamless, modern, and stylish finish in your space. Applying microcement to ceilings can add a unique touch to a room, whether it’s a smooth, matte finish for a minimalist look or a textured effect for more character.

Why Apply Microcement to Ceilings?

  1. Seamless Look: Microcement creates a smooth, continuous surface with no visible seams or joints, which is perfect for open ceilings or feature ceilings. It gives a clean and sophisticated look, especially in modern and industrial-style interiors.
  2. Lightweight: Microcement is a thin coating that doesn’t add bulk or weight to the structure, making it ideal for ceilings. Traditional materials like plaster or concrete can be heavy, but microcement is applied in very thin layers.
  3. Versatile Design: You can choose from various colors, textures, and finishes, from matte to glossy or even metallic. This flexibility allows you to customize the ceiling to match the overall design of the room.
  4. Durability: Microcement is highly durable, and when sealed properly, it can be resistant to stains, moisture, and wear, making it suitable for use on ceilings, particularly in kitchens or bathrooms.
  5. Heightened Aesthetic: Microcement on a ceiling can create a luxurious, contemporary feel. It can be used for feature ceilings or accent areas to make a bold statement or complement the overall decor.

Things to Consider Before Applying Microcement to Ceilings

  1. Surface Preparation:
    • The ceiling surface must be properly prepared for microcement. It needs to be clean, dry, and free of any cracks or holes. Any irregularities should be patched up and smoothed out.
    • If the ceiling has an existing paint, plaster, or tiles, you will need to ensure that it’s properly primed to allow for good adhesion. In some cases, it may be necessary to remove any old finishes before applying the microcement.

 

  1. Gravity:
    • Applying microcement on ceilings can be more challenging because of gravity. The material is applied in thin layers, but it can still be tricky to handle and requires good technique to avoid drips or uneven application.
    • Multiple layers are usually applied, so the microcement must be applied slowly and carefully, ensuring each layer dries before applying the next.
  2. Ventilation:
    • Since microcement is applied with trowels and other tools, it can get a bit dusty during installation, especially if sanding is required. Good ventilation is essential during the process. You may want to ensure the room is well-ventilated or use a dust extractor to keep the air clean.
  3. Sealing:
    • Proper sealing is especially important on ceilings to protect the surface and make cleaning easier. Once the microcement is applied and has dried, a sealer (like a matte or glossy sealer) is necessary to protect it from stains, water, and general wear.
    • The sealer also enhances the finish and ensures that the ceiling remains resistant to humidity and moisture (especially important in kitchens or bathrooms).
  4. Finish:
    • The finish of your ceiling can vary depending on the effect you’re aiming for. You can opt for a polished, matte, or even a textured finish. Each will give a slightly different aesthetic to the room, so it’s important to choose the one that fits your style.
  5. Weight Consideration:
    • While microcement is lightweight compared to other materials, it’s still a finishing layer. It is applied in thin coats, but if your ceiling has existing damage or significant cracking, the substrate should be checked to ensure it can support the additional layer.
  6. Labor Intensive:
    • Applying microcement on a ceiling is a delicate task that requires expertise. It’s crucial that the installer is skilled and experienced in working with vertical or overhead surfaces to avoid imperfections like drips or streaks. DIYing this can be challenging unless you have experience working with microcement or similar materials.

How is Microcement Applied to Ceilings?

  1. Surface Preparation:
    • Clean and Repair: Clean the ceiling surface thoroughly to remove any dust, grease, or other contaminants. If the surface has cracks or holes, patch them up with a suitable filler and smooth them out.
    • Prime the Surface: Depending on the surface (e.g., drywall, plaster, or concrete), you may need to apply a primer to ensure proper adhesion of the microcement.
  2. Application of Microcement:
    • First Coat: A thin base coat of microcement is applied using a trowel or spatula. This layer serves as a base for the subsequent layers and helps the microcement adhere well to the ceiling.
    • Multiple Layers: After the first coat is dry (typically around 4-8 hours), a second coat is applied. Additional layers may be necessary, especially if a smooth finish is desired. Each layer should bethin, and the surface should be sanded lightly between layers to ensure smoothness and uniformity.
    • Smoothing: After the layers have been applied, the surface is polished or smoothed out to the desired finish. For a more textured ceiling, a rougher finish can be left, but a polished, sleek lookrequires careful sanding and smoothing.
  3. Sealing:
    • Once the microcement has fully dried, it is crucial to apply a protective sealer to prevent moisture absorption, stains, and wear. The sealer will also enhance the look of the microcement, giving it a matte, satin, or glossy finish depending on your preference.

Where to Use Microcement on Ceilings

  • Living Rooms & Bedrooms: Microcement can be used in living rooms and bedrooms for an industrial or minimalist look. It provides a modern, clean aesthetic and can be paired with other materials like wood or metal.
  • Kitchens & Bathrooms: In kitchens or bathrooms, microcement ceilings are a great option because the material is highly resistant to moisture and humidity when sealed properly. It’s a practical choice for creating a continuous design in wet zones.
  • Feature Ceilings: Microcement can also be used for accent or feature ceilings where you want to draw attention to the overhead space. For example, in a dining room or entryway, you can use a textured or metallic microcement ceiling to add depth and character.
  • Industrial or Contemporary Spaces: In lofts or industrial-style spaces, raw microcement ceilings can enhance the design by maintaining the open, unfinished aesthetic. The smooth, seamless look works well with concrete, brick, or steel elements.

Considerations for Different Finishes

  • Matte Finish: Provides a smooth, contemporary look. It’s often chosen for minimalist or industrial interiors.
  • Glossy or Polished Finish: A polished microcement ceiling gives a more luxurious, shiny look but requires more maintenance to keep clean and free of smudges.
  • Textured Finish: For a more tactile look, a textured microcement ceiling can add character and interest, especially in more rustic or eclectic spaces.

Conclusion

Yes, you can apply microcement to ceilings, and it’s an excellent way to enhance the look of any room. It’s ideal for creating a modern, seamless design, especially in contemporary, industrial, or minimalist interiors. However, applying microcement to ceilings requires skill and experience, especially due to the challenges of working overhead, so it’s often best to hire a professional installer.

By following proper preparation, application, and sealing processes, your microcement ceiling can be both stunning and durable for years to come.

Microcement and tadelakt are both popular cement-based finishes used for creating smooth, durable, and aesthetically striking surfaces, but they have distinct characteristics, origins, and applications. Here’s a breakdown of their key differences:

  1. Origins and History
  • Microcement:
    • Origin: Microcement, also known as micro-concrete, was developed in Spain in the 1980s. It’s a modern product designed for contemporary interiors and exteriors.
    • Composition: It’s a thin, cement-based coating made from a mixture of cement, resins, and aggregates. It can be applied in multiple thin layers, usually with a trowel, over existing surfaces like concrete, tiles, or plaster.
  • Tadelakt:
    • Origin: Tadelakt is a traditional Moroccan plaster technique that dates back over 1,000 years. It’s typically applied in areas like bathrooms, hammams, and palaces in Morocco and other parts of North Africa.
    • Composition: Tadelakt is made from lime plaster (not cement) combined with marble dust and natural pigments. It’s applied by hand and then polished with a stone to achieve its characteristic smooth, shiny surface.
  1. Composition
  • Microcement:
    • Made of cement, resins, sand, and other fine aggregates.
    • Can be applied in thin layers (typically 2-3 mm).
    • More versatile in terms of finishes and applications (floors, walls, countertops, etc.).
  • Tadelakt:
    • Made from lime plaster, marble powder, and natural pigments.
    • Unlike microcement, tadelakt is non-cementitious and uses lime as a binder.
    • It is usually thicker and applied in multiple layers to achieve a smooth, polished finish.
  1. Application Techniques
  • Microcement:
    • Easy to apply for both professionals and DIYers, though it requires experience to get a smooth, professional finish.
    • Applied in layers with a trowel or spatula over a prepared substrate.
    • Sanding is done between layers to ensure an even, smooth finish. After application, sealers are used to protect the surface.
  • Tadelakt:
    • Traditional application requires more skill and craftsmanship. It involves hand-application with a trowel, and each layer must be carefully applied and smoothed out.
    • The surface is then polished using a stone (usually a smooth river stone) to create the distinctive shine. The lime plaster is also sealed with soap to make it water-resistant.
    • Tadelakt requires more time and expertise compared to microcement, especially for achieving the traditional glossy finish.
  1. Finish and Aesthetic
  • Microcement:
    • Finish: The finish can be matte, satin, or glossy depending on the type of sealer applied.
    • Texture: Microcement offers a smoother, more consistent surface, but it can also be applied with various textures depending on the application technique.
    • Look: It’s usually more contemporary and industrial, with a wide variety of colors, shades, and textures available.
    • Flexibility: Can be customized to a greater extent, including the option to add metallic pigments, patterning, or create seamless designs that look sleek and modern.
  • Tadelakt:
    • Finish: Tadelakt has a soft, glossy, and polished appearance. Its traditional sheen comes from soap polishing, which is unique to this material.
    • Texture: Tadelakt is often more textured than microcement, with a more natural, handcrafted appearance.
    • Look: Typically, tadelakt is associated with a luxurious, organic, and traditional look. It’s often used in spaces like bathrooms, showers, or hammams where the polished, water-resistant finish is beneficial.
  1. Durability and Maintenance
  • Microcement:
    • Durability: Microcement is very durable and water-resistant once sealed. It can withstand heavy traffic (when applied on floors) and is resistant to stains, scratches, and moisture.
    • Maintenance: It requires minimal maintenance. Regular cleaning with mild detergents and periodic resealing (especially for floors or high-traffic areas) will keep it looking good.
  • Tadelakt:
    • Durability: Tadelakt is water-resistant but not as durable as microcement, especially when exposed to high wear or heavy moisture. It’s prone to scratches and marking if not maintained properly.
    • Maintenance: Tadelakt requires more care than microcement. It may need to be re-sealed or re-soaped periodically to maintain its water resistance and finish. It’s also more susceptible to damage from harsh cleaning products or abrasive materials.
  1. Applications
  • Microcement:
    • Suitable for a variety of surfaces including floors, walls, countertops, bathrooms, kitchens, exteriors, and even furnishings.
    • It’s often used in both residential and commercial settings for contemporary designs.
    • Ideal for high-traffic areas, such as living rooms, hallways, and bathrooms.
  • Tadelakt:
    • Primarily used for interior walls, bathrooms, and wet areas (like showers and hammams). It can also be used for countertops and furniture.
    • Historically used in luxurious, traditional spaces and for creating cultural or artisanal designs.
  1. Cost
  • Microcement:
    • Generally more affordable than tadelakt, as it’s easier and quicker to apply. The overall cost will depend on the brand, the number of layers, and the area to be covered.
  • Tadelakt:
    • More expensive due to the intricate application process and the craftsmanship involved. Tadelakt is considered a more luxurious option because of the time it takes to apply and the traditional techniques used.

Summary of Differences

Feature

Microcement

Tadelakt

Origin

Modern (Spain, 1980s)

Traditional (Morocco, ancient)

Material

Cement-based (with resins, aggregates)

Lime plaster (with marble dust and pigments)

Application

Applied in thin layers with trowel/spatula

Hand-applied, polished with stone

Finish

Smooth, matte, satin, or glossy

Glossy, polished, and soft sheen

Texture

Can be smooth or textured

More textured and natural-looking

Durability

Highly durable, water-resistant, low-maintenance

Water-resistant but more prone to damage, requires more care

Maintenance

Low-maintenance, reseal every 1-2 years

Higher maintenance, periodic resealing/soaping

Applications

Floors, walls, countertops, exteriors

Wet areas (showers, bathrooms), walls, some furniture

Aesthetic

Modern, industrial, or minimalist

Luxurious, traditional, organic, artisan

Cost

More affordable

More expensive due to labor-intensive process

Which One to Choose?

  • Microcement: If you’re looking for a modern, versatile, and easy-to-maintain surface with a wide range of finishes and applications (floors, walls, exteriors), microcement is a great option. It’s particularly well-suited for high-traffic or commercial areas.
  • Tadelakt: If you prefer a luxurious, natural, and traditional finish with a highly polished, shiny surface, and don’t mind a bit more maintenance, tadelakt is the better choice. It’s especially ideal for wet environments like bathrooms or hammams where its water-resistant properties and rich, organic look are key.

Both materials offer stunning, durable finishes, but the choice will ultimately depend on the look you’re aiming for, the application needs, and the level of maintenance you’re comfortable with.

Polished plaster is a term used to describe a decorative finish for walls and ceilings, often characterized by a smooth, high-gloss or semi-gloss sheen. It can create stunning, luxurious, and timeless looks. Polished plaster is a versatile material that’s used in various interior design applications to enhance both modern and traditional spaces.

The term “polished plaster” is often used interchangeably with tadelakt or venetian plaster, though technically, these are specific types of polished plasters. The general idea behind polished plaster is to create a smooth, reflective finish that can range from a subtle matte to a highly polished gloss. It is typically made from a mixture of lime-based plaster or gypsum, marble dust, and natural pigments.

Key Features of Polished Plaster

  • Smooth Finish: It creates a sleek, seamless surface that feels smooth to the touch.
  • Glossy Sheen: Depending on the number of layers applied and how much it’s polished, it can range from a subtle sheen to a mirror-like gloss.
  • Natural Aesthetic: It’s often used to give walls a natural, luxurious, and organic look, with the ability to mimic the appearance of stone or marble.
  • Durability: When applied correctly, polished plaster is durable and can stand up to the wear and tear of everyday life, especially if sealed properly.

Types of Polished Plaster

There are several types of polished plaster finishes, each with its own texture, sheen, and aesthetic. Here are the most common ones:

  1. Venetian Plaster:
    • A traditional Italian technique that creates a smooth, marble-like finish. It is applied in multiple layers and polished to a high gloss.
    • This finish is ideal for creating classic and elegant looks, and it can be customized with various colors.
  2. Tadelakt:
    • A type of polished plaster that originates from Morocco. It is made from lime plaster and is polished using a stone and soap to give it its characteristic shiny, smooth finish.
    • It’s often used in wet areas like bathrooms and hammams due to its water-resistant properties.
  3. Stucco:
    • A traditional plastering method that uses lime or gypsum to create textured, decorative finishes. While not always as glossy as Venetian plaster, it can be polished to create a subtle sheen.
  4. Marmorino:
    • A variation of Venetian plaster with a slightly satin or matte finish. It’s less polished than traditional Venetian plaster but still has a luxurious and elegant appearance.

Applications of Polished Plaster

Polished plaster is suitable for a variety of interior applications, depending on the finish and aesthetic you’re going for. Here’s where it’s most commonly used:

  1. Feature Walls
  • Perfect for creating a striking focal point in living rooms, bedrooms, or dining rooms. A polished plaster feature wall can add texture and depth to the space, making it stand out.
  • It’s particularly suitable for walls that need to shine or reflect light, as polished plaster adds a touch of luxury and sophistication.
  1. Bathrooms
  • Tadelakt or other lime-based polished plaster is a popular choice for bathrooms because it is naturally water-resistant when sealed properly. It creates a smooth, seamless look and can be used for shower walls, wet rooms, and other areas exposed to water.
  • It’s also a great choice for creating a spa-like atmosphere, with its soft, glossy finish and elegant appearance.
  1. Kitchens
  • Polished plaster can be used in kitchen environments, particularly for backsplashes, walls, and feature areas. It’s moisture-resistant and can withstand the occasional splash of water and oil, especially if properly sealed.
  • Venetian plaster can create an elegant yet functional look in a kitchen, providing a high-end, luxuriousfinish to the space.
  1. Living Rooms and Dining Rooms
  • The reflective quality of polished plaster can enhance the lighting in a room and create a luxurious, sophisticated ambiance in living rooms, dining rooms, or entrance halls.
  • It works well with modern, contemporary designs, as well as more traditional or eclectic interiors.
  1. Ceilings
  • Polished plaster can be applied to ceilings to create a seamless, sophisticated look. The reflective qualities can help to brighten a room by enhancing natural light or creating a soft, ambient glow from artificial lighting.
  • A polished plaster ceiling is perfect for luxury homes, hotel lobbies, or high-end commercial spaces where the aesthetic is key.
  1. Commercial Spaces
  • High-end commercial spaces like hotels, restaurants, offices, and retail stores often use polished plaster for walls and ceilings to provide a sophisticated and durable finish that withstands heavy use and adds a touch of luxury.
  • In boutiques, luxury retail spaces, and spas, polished plaster can help create an inviting and premium atmosphere.
  1. Stairs and Hallways
  • Polished plaster can give staircases and hallways a refined, continuous, and seamless look, especially when applied to the walls. It works beautifully in both modern and traditional homes.

Advantages of Polished Plaster

  • Aesthetic Appeal: Polished plaster can transform a room, adding a luxurious, seamless, and sophisticated finish. It’s perfect for creating unique and high-end spaces.
  • Customization: It comes in various textures, colors, and finishes, giving you a high degree of design flexibility. From matte to high gloss, you can choose the level of shine and texture that fits your interior style.
  • Durability: When applied correctly and sealed, polished plaster is durable, water-resistant, and can withstand everyday wear and tear. It’s particularly useful in high-traffic areas or moisture-prone spaces (like bathrooms).
  • Sustainability: Lime-based polished plasters (like tadelakt) are considered more eco-friendly than cement-based alternatives, as they are made from natural materials.
  • Low Maintenance: Once applied and sealed, polished plaster is relatively easy to clean and maintain, requiring only occasional touch-ups or resealing in areas with heavy use.

 

Disadvantages of Polished Plaster

  • Cost: Polished plaster is often more expensive than other wall finishes due to the labor-intensive application process and materials used.
  • Skill Requirement: The application of polished plaster requires expertise and craftsmanship, especially for finishes like Venetian plaster and tadelakt. A poorly applied surface can lead to cracking, uneven textures, or difficulty polishing.
  • Vulnerability to Scratches: While it’s durable, polished plaster can be susceptible to scratches or marks if not properly maintained or if it’s not applied with the correct technique.
  • Sealing: Some polished plasters require regular resealing, especially in high-moisture areas like bathrooms and kitchens, to maintain water resistance and sheen.

Where Not to Use Polished Plaster

  • High-traffic Floors: While polished plaster is durable, it’s not the best choice for flooring in high-traffic areas like hallways or living rooms. The surface can wear down over time, especially in areas exposed to dirt, grit, and heavy foot traffic.
  • Outdoor Exteriors: Polished plaster is best suited for interior applications. While some lime-based plasters are more weather-resistant, polished plaster may not perform well outdoors unless specially formulated for that purpose.

Conclusion

Polished plaster is a beautiful, luxurious finish that can elevate the aesthetic of your home or commercial space. Whether you’re looking for a glossy, high-end finish for a bathroom, creating a seamless feature wall in a living room, or applying it to ceilings for added elegance, polished plaster can meet your design goals.

However, it requires a skilled installer for proper application and maintenance. If you’re ready to invest in creating a sophisticated, timeless look, polished plaster is a great choice for adding character and value to your interiors.

Yes, microcement is an excellent choice for use in commercial spaces such as offices, art galleries, restaurants, and other high-traffic environments. Its unique combination of durability, versatility, aesthetic appeal, and ease of maintenance makes it suitable for a wide range of commercial applications.

Here’s why microcement works so well in these settings:

  1. Versatility in Design

Microcement can be applied in various colors, textures, and finishes, which makes it a versatile design option for diverse commercial environments. Whether you’re aiming for a sleek, modern look in an office or a more textured, artistic finish in a gallery, microcement can be tailored to meet the unique style and atmosphere of the space.

  • Offices: Microcement can be used on floors, walls, and even worktops to create a clean, minimalist environment that aligns with modern, industrial, or contemporary office aesthetics. The ability to create seamless surfaces also allows for efficient space planning and a streamlined design.
  • Art Galleries: In art galleries, microcement provides a neutral, modern background that doesn’t detract from the art on display. It’s especially effective for creating an open, airy space where light and movement can flow freely. It can also be finished in a matte or polished sheen to suit the gallery’s atmosphere.
  • Restaurants & Cafés: Microcement can be used on floors, countertops, walls, and even bar areas in restaurants. It is highly customizable in terms of color and texture, which allows you to create a specific ambiance—whether that’s a rustic, earthy look for a café or a polished, sophisticated finish for an upscale restaurant.
  1. Durability and Maintenance

One of the most important qualities of microcement in commercial spaces is its durability. Since it’s applied as a thin layer (typically around 2-3 mm), it can be applied over existing surfaces, offering a long-lasting finishwithout the need for full renovations. It can withstand the wear and tear typical of commercial spaces, such as foot traffic, spills, and cleaning.

  • Scratch and stain resistance: When sealed properly, microcement is resistant to scratches, stains, and moisture. This makes it a particularly good choice for spaces like restaurants, where spills and high traffic are common.
  • Easy to maintain: Microcement is relatively easy to clean and maintain. Regular cleaning with mild detergents is typically enough to keep it looking great. Commercial spaces that require low maintenance will benefit from microcement’s practicality.
  • Durability in high-traffic areas: Microcement is well-suited for floors, especially in high-traffic commercial areas like office corridors, restaurant dining areas, or galleries where durability is key. It can handle both foot traffic and the occasional furniture shuffle.

 

 

  1. Seamless Aesthetic

The seamless nature of microcement is another reason it’s so popular in commercial spaces. Seamless surfaces create a clean, continuous look that is aesthetically pleasing and easy to maintain. There are no joints or grout lines that can collect dirt or grime, making microcement perfect for high-traffic areas or areas that need to look consistently tidy.

  • Fewer grout lines: Whether applied on floors, walls, or countertops, the lack of grout lines makes microcement a hygienic option for restaurants, art galleries, and other spaces where cleanliness is important.
  • Consistent finish: Microcement can be applied with consistent color and texture across large surfaces, which is ideal for creating a uniform look in open-plan offices, large commercial spaces, or gallery settings.
  1. Aesthetic Flexibility

Microcement offers endless design possibilities. Whether you prefer a sleek, modern finish for a corporate office, a more industrial or rustic look for a restaurant, or a sophisticated, polished appearance for a high-end gallery, microcement can be tailored to fit any commercial style.

  • Color Variety: Microcement comes in a wide range of colors—from neutral shades like grays, beiges, and whites to darker tones or even bold accent colors. This allows it to blend in seamlessly with existing interiors or create bold contrasts.
  • Finishes: You can choose between matte, satin, or glossy finishes, and even textured looks depending on the aesthetic of the space. For instance, a high-gloss finish might work well in an upscale restaurant or a sleek office, while a more textured matte finish could suit a café or art gallery for a natural, organic feel.
  1. Hygienic and Non-Toxic

Microcement is a non-porous material when sealed properly, making it more hygienic than some other surface finishes like tiles or grout, which can trap bacteria or dirt. This is especially important for spaces like restaurants and kitchens where cleanliness is crucial.

  • Resistant to mold and mildew: Microcement, especially when used in conjunction with high-quality sealants, is resistant to mold and mildew. This is beneficial in areas that may have exposure to moisture, such as kitchens, bathrooms, or wet rooms.
  • No grout lines: The absence of grout lines in microcement reduces places where dirt, dust, and bacteria can accumulate, making it easier to maintain a clean and sanitary environment.

 

 

  1. Customizable to Specific Needs

Commercial spaces often have unique requirements when it comes to materials. Microcement is highly customizable in terms of texture, color, and finish, allowing it to meet the specific branding or design themes of a business.

  • Branding: Restaurants or cafes can use microcement in their brand colors or incorporate artistic patterns into the finish. Similarly, offices can create a professional, cohesive environment with a consistent, seamless design across floors and walls.
  • Eco-friendly options: Some microcement formulations are made with eco-friendly and sustainablematerials, which may be important for businesses looking to incorporate green building practices or appeal to eco-conscious customers.
  1. Application Over Existing Surfaces

Microcement can be applied over a variety of existing surfaces, including concrete, tiles, wood, and plasterboard. This can save time and money on renovations in commercial spaces.

  • No need for demolition: Microcement is often used as a renovation solution since it can be applied over existing surfaces without the need to demolish or remove them. This can minimize disruption in commercial spaces like restaurants or offices during renovations or upgrades.
  1. Sustainable and Eco-Friendly

Many commercial spaces today are moving toward sustainable design. Microcement is an environmentally friendly option in that it’s typically made with natural materials such as cement, resins, and aggregates, and doesn’t produce waste like tiles or other materials that require cutting and shaping.

  • Energy-efficient: Because microcement is a thin layer applied over existing surfaces, it doesn’t add a lot of weight, which can be an advantage in retrofitting buildings with eco-friendly materials.

 

 

Where Microcement is Ideal in Commercial Spaces

  1. Offices: Microcement is perfect for creating sleek, modern, and low-maintenance surfaces in office spaces. It’s ideal for open-plan offices, reception areas, meeting rooms, and corridors.
  2. Art Galleries: Its seamless, neutral look makes it an excellent choice for art galleries, providing a clean backdrop that allows artwork to take center stage without competing with the surroundings.
  3. Restaurants & Cafés: Microcement can be used for floors, countertops, walls, and even bar areas. Its durability and low maintenance are perfect for high-traffic environments like restaurants, while the smooth finish helps create a modern and elegant atmosphere.
  4. Retail Stores: For high-end stores, microcement can be used to create a luxurious yet practical finish. It’s great for creating a seamless flow between spaces, including floors and feature walls.
  5. Hotels & Spas: The elegance and resilience of microcement make it ideal for luxury hotels and spas. It can be applied in lobbies, bathrooms, spas, and even in guest rooms for a stylish and timelessfinish.

Conclusion

Microcement is an exceptional material for use in a variety of commercial spaces, from offices to art galleries and restaurants. Its durability, versatility, and modern aesthetic make it a popular choice for businesses that want a high-quality, low-maintenance surface that can withstand heavy use while contributing to a contemporary, elegant environment. Whether you are designing an office, retail space, or restaurant, microcement offers both functionality and style, making it a go-to solution for commercial interiors.

Yes, microcement is an excellent material to use in commercial and public spaces due to its unique blend of durability, aesthetic flexibility, ease of maintenance, and versatility. It’s increasingly popular in both high-traffic and high-visibility areas where design, functionality, and longevity are key considerations.

Here’s a detailed breakdown of why microcement is an ideal choice for commercial and public spaces:

  1. Durability and Hard-Wearing

Microcement is a highly durable material, making it perfect for spaces with heavy foot traffic or frequent use, such as offices, malls, restaurants, and public buildings. Once sealed, microcement is resistant to scratches, stains, and abrasions, which helps it maintain its appearance over time despite regular wear and tear.

  • Impact Resistance: Microcement can withstand heavy use, including the movement of furniture, foot traffic, and spillages without losing its integrity.
  • Long Lifespan: When applied and maintained properly, microcement can last for decades, making it a cost-effective choice for commercial spaces where long-term performance is crucial.
  • Resistant to Moisture and Spills: After sealing, microcement becomes resistant to water, oils, and stains, which makes it ideal for use in spaces like restaurants, bathrooms, or kitchens.
  1. Low Maintenance

In busy commercial and public environments, maintenance is a major factor to consider. Microcement requires minimal upkeep once applied, making it a practical solution for spaces that are difficult to clean or maintain on a regular basis.

  • No Grout Lines: Microcement is applied seamlessly, without grout joints or seams, which reduces the areas where dirt, grime, and bacteria can accumulate, making it easier to maintain.
  • Simple Cleaning: Microcement surfaces can be cleaned with mild detergents and a damp cloth, without the need for special treatments or materials. The sealed surface also prevents the growth of mold or mildew, which is a common concern in humid environments like bathrooms or kitchens.
  1. Aesthetic Flexibility

Microcement is extremely versatile in terms of design. It can be applied to virtually any surface—floors, walls, countertops, bar tops, and even ceiling areas—offering seamless, sleek, and modern finishes. Its ability to mimic the look of stone, marble, or concrete while providing a customizable texture and color makes it an attractive choice for a wide range of commercial and public spaces.

  • Color Customization: Microcement can be tinted in almost any color, making it easy to incorporate into any interior design concept, whether you’re looking for a neutral, bold, or industrial look.
  • Multiple Finishes: It can be applied in a variety of textures and sheens, from matte to glossy, to create the desired aesthetic in a space. A high-gloss finish, for instance, is perfect for modern offices or showrooms, while a more textured, rustic finish works well in cafes or restaurants.
  • Seamless Appearance: Microcement is a continuous surface, meaning it has no joints or seams, creating a visually clean and streamlined look, which is especially important for spaces that require a contemporary, polished feel.

 

  1. Sustainable and Eco-Friendly

As sustainability becomes an increasingly important consideration for businesses and public spaces, microcement offers an eco-friendly alternative to many other materials. Microcement is often made from natural materials like lime, cement, and minerals, and it can be applied in thin layers, reducing material waste.

  • Low Environmental Impact: When compared to options like ceramic tiles or marble, microcement can be considered more sustainable due to its minimal material usage and long-lasting nature. It doesn’t require excessive cutting or waste.
  • Green Building Certifications: Some microcement formulations are designed to meet green building standards or environmental certifications, making it a good choice for businesses that want to reduce their environmental footprint.
  1. Hygienic and Safe

Microcement, when sealed properly, provides a non-porous, smooth surface that is easy to clean and less likely to harbor bacteria or germs. This makes it ideal for high-use areas in public and commercial spaces, such as restrooms, kitchens, or hospitality venues.

  • Hygienic Surface: Its seamless finish means there are no grout lines or joints where dirt or bacteria can build up, helping to maintain a clean, sanitary environment.
  • Anti-slip Options: In areas like restaurants, bars, or outdoor spaces, microcement can be tailored to include anti-slip additives, which enhance safety without compromising on aesthetics.
  1. Noise Reduction

Microcement can also help with sound insulation, especially in open-plan commercial spaces like offices or public venues. The material helps to absorb and reduce noise, which is beneficial in areas where sound levels need to be controlled.

  • Open Office Spaces: Microcement can help minimize the impact of foot traffic noise in large offices or co-working spaces.
  • Public Venues: In cafes, restaurants, or conference rooms, it contributes to an environment where conversations and general noise don’t easily carry.

 

 

  1. Suitable for High-traffic and Commercial Environments

Microcement is particularly well-suited for high-traffic commercial environments such as malls, hotels, restaurants, and retail spaces. Its robust surface can handle the demands of busy public spaces without compromising on appearance.

  • Retail Spaces: Microcement is ideal for creating modern, cohesive designs in retail shops or showrooms. It can handle the constant movement of customers and provide a sleek, sophisticated background that enhances the products on display.
  • Restaurant Floors and Walls: The material is resistant to food stains, water, and grease. It can be used on floors, countertops, and even bars, helping to create a high-end look that’s both durable and easy to maintain.
  • Offices: The seamless nature of microcement works well in offices and corporate environmentswhere a clean, modern aesthetic is desired. It’s also great for break rooms, meeting rooms, and reception areas.
  1. Quick Installation and Minimal Disruption

One of the advantages of microcement in commercial and public spaces is that it can be applied over existing surfaces, meaning there is no need for time-consuming and costly demolition or remodeling.

  • Minimal Downtime: Microcement can be installed relatively quickly compared to traditional flooring options like tiles or hardwood, allowing businesses to continue operations with minimal disruption.
  • Over Existing Surfaces: Microcement can be applied directly over tiles, concrete, wood, or plasterwithout the need to remove the existing surface. This is particularly helpful in busy public spaces or commercial buildings where downtime must be minimized.

 

 

Where Microcement Works Well in Commercial/Public Spaces

  1. Restaurants and Bars: Ideal for floors, countertops, bar tops, kitchen walls, and even outdoor dining areas. It creates a seamless, stylish look and is resistant to stains, oils, and water.
  2. Hotels: Perfect for lobbies, hallways, guest rooms, bathrooms, and even spa areas. The modern aesthetic and durable finish make it a favorite in luxury and boutique hotels.
  3. Retail Stores and Showrooms: Microcement can be used on floors, walls, and counters to create a sleek, minimalist space that emphasizes products while being easy to maintain.
  4. Offices: Perfect for open-plan spaces, meeting rooms, reception areas, and corridors. It provides a modern, clean aesthetic and is durable enough for high foot traffic.
  5. Public Venues: In museums, galleries, libraries, and other public buildings, microcement’s neutral tone can create a sophisticated environment that complements a wide range of designs and displays.

Conclusion

Microcement is an ideal material for commercial and public spaces because of its durability, low-maintenance requirements, aesthetic versatility, and hygienic properties. Whether used for floors, walls, countertops, or outdoor spaces, it can withstand the demands of high-traffic environments while offering a modern, seamless look. It’s especially suitable for restaurants, offices, retail spaces, art galleries, and hotels, offering both functionality and style in commercial and public applications.

Yes, microcement requires specific preparation when applied in wetrooms (such as bathrooms, showers, or other areas exposed to high levels of moisture). Wetrooms are environments that are continuously exposed to water, so ensuring proper installation is crucial to avoid water damage or moisture-related issues over time.

Here’s a step-by-step guide to preparing and applying microcement in a wetroom:

  1. Substrate Preparation

The substrate (the surface that the microcement will be applied to) must be properly prepared to ensure good adhesion and longevity. In wetrooms, this preparation is especially important to create a moisture-resistantfoundation.

  • Waterproofing Layer: The surface must first be treated with a waterproofing membrane. Wetrooms require a vapor barrier to prevent moisture from penetrating through the surface and into the underlying layers. This membrane ensures that water does not seep into the substrate, which can lead to mold, mildew, or damage over time.
    • Typically, a liquid waterproofing product or waterproofing boards (like cement backer boards) are used as a base layer before the microcement is applied.
    • Ensure the waterproofing is continuous, including around joints, corners, and edges, especially in areas that are likely to be exposed to standing water like the shower area or bath zone.
  • Surface Preparation: The substrate should be clean, dry, and smooth. Any cracks or holes in the surface should be filled and repaired before applying the microcement. Uneven surfaces can cause the microcement to crack or peel.
  • Priming: Once the waterproofing layer is in place and fully cured (this may take several hours to days depending on the product), a primer should be applied. The primer helps the microcement adhere better to the surface and creates a smooth, even base for the top layers.
  1. Application of Microcement

The process of applying microcement in a wetroom is similar to other areas, but it requires additional care due to the high moisture levels.

  • Multiple Layers: Microcement is applied in thin layers, typically in 2-4 coats, depending on the surface and the desired finish. For wetrooms, ensure that each layer is fully cured before applying the next. This will help to avoid moisture-related issues and ensure strong adhesion between layers.
  • Waterproof Sealing: After the microcement layers are applied, it is essential to finish with a high-quality sealer that is specifically designed for wet environments. This topcoat will provide the necessary moisture resistance and protection against stains, water absorption, and general wear. There are various types of seals available:
    • Waterproof sealers: These are especially important for wetroom floors, shower areas, and any surfaces that will be in direct contact with water.
    • Anti-slip sealers: For wetroom floors, an anti-slip sealer may be applied to reduce the risk of slipping when wet.
  • Choice of Finish: Depending on the finish you want, the microcement can be applied with a smooth or textured effect. For wetrooms, it is often recommended to go for a matte or satin finish, as high-gloss finishes can become slippery when wet.
  1. Special Considerations for Wetroom Floors

The floor of the wetroom is especially critical, as it will be exposed to the most water. For wetroom floors, pay attention to the following:

  • Slope: Wetroom floors need a slight slope (usually around 1–2%) towards the drain to prevent water from pooling. This should be built into the substrate layer before applying the microcement.
    • If you’re working with an existing floor, a self-leveling compound may be needed to create the right slope before applying the microcement.
  • Waterproofing at Joints: The joints between the floor and walls (as well as between the floor and shower trays or baths) need special attention. These should be reinforced with tape or fabric embedded in the waterproofing membrane to prevent leaks.
  1. Curing and Drying Times

Proper curing and drying times are crucial to ensure the success of the microcement installation in a wetroom.

  • After the waterproofing, priming, and microcement layers are applied, each layer must be given time to dry and cure. Follow the manufacturer’s instructions for drying times and curing times for both the waterproofing and the microcement itself.
  • In high-moisture areas like wetrooms, make sure the microcement is fully sealed before exposing it to water. This ensures that the material doesn’t absorb moisture, which could cause swelling, cracking, or deterioration over time.
  1. Post-Installation Care

Once the microcement has been applied and sealed in the wetroom, ongoing care and maintenance are essential to ensure its longevity.

  • Regular Cleaning: Wetrooms tend to accumulate water and soap residues, which can affect the microcement over time if not cleaned regularly. Use a mild, pH-neutral cleaner and avoid abrasive materials that could damage the surface.
  • Re-sealing: Over time, the sealer may wear down, especially in areas with heavy water exposure. It’s a good idea to reapply the sealer every 1–2 years, or as recommended by the manufacturer, to maintain the waterproofing properties of the surface.

Summary: Key Steps for Microcement in Wetrooms

  1. Waterproofing: Apply a waterproof membrane or waterproofing system to prevent water from seeping into the substrate.
  2. Surface Preparation: Ensure the surface is clean, dry, and smooth. Repair any imperfections.
  3. Priming: Apply a primer to improve adhesion of the microcement.
  4. Layering: Apply multiple thin layers of microcement, allowing each to cure fully before the next.
  5. Waterproof Sealing: Finish with a waterproof sealer to protect the surface from moisture and stains.
  6. Anti-Slip: Consider an anti-slip treatment for floors, especially in high-moisture areas like wetrooms.
  7. Maintenance: Clean regularly and re-seal periodically to ensure long-lasting performance.

By following these steps, microcement can be a highly effective and stylish solution for wetrooms. Its seamless finish, customizability, and low-maintenance qualities make it an attractive option for creating modern, durable, and waterproof surfaces in wet environments.

The main difference between microcement and polished concrete lies in their composition, application, finish, and suitability for specific environments. While both materials can achieve a modern, industrial look and have similarities in appearance, they are distinct in several key areas. Here’s a detailed comparison of microcement vs. polished concrete:

  1. Composition and Materials
  • Microcement:
    • Composition: Microcement is a thin-layer coating made from a mixture of cement, resins, fine aggregates, and polymers. It’s applied in a thin layer (typically 2-3 mm) over existing surfaces like tiles, concrete, plaster, or wood.
    • Binder: It uses cement as the binder, but with additives like polymer resins that improve adhesion, flexibility, and durability. This gives it the advantage of being able to be applied over almost any surface.
    • Finish: Microcement is designed to create a seamless, smooth, and continuous surface, and it can be finished in a range of textures and colors, from matte to glossy.
  • Polished Concrete:
    • Composition: Polished concrete is a flooring material that is made from concrete mixed with aggregates (sand, gravel, or even decorative stones) and then polished to a high gloss using grinders and polishing machines.
    • Binder: The base material is concrete, which is typically poured and allowed to cure before it is ground and polished.
    • Finish: Polished concrete involves grinding the top layer of concrete to expose the aggregate, followed by the polishing process, which brings out the natural texture and luster of the concrete.
  1. Application Process
  • Microcement:
    • Installation: Microcement is applied as a thin coating over an existing substrate. The surface needs to be prepared properly (cleaned, primed, and sometimes waterproofed) before the microcement is applied in several layers. The microcement is then smoothed and polished to the desired finish.
    • Time to Install: Microcement is generally quicker to install than polished concrete because it is applied in thin layers and doesn’t require extensive grinding or curing times. Depending on the area, the installation could take a few days.
  • Polished Concrete:
    • Installation: Polished concrete begins with the installation of a new concrete slab or the grinding of an existing slab. Once the concrete is poured, it is ground down using a series of progressively finer diamond pads, exposing the aggregates within the concrete. After grinding, it is polished to achieve a glossy or matte finish.
    • Time to Install: The installation of polished concrete takes longer because it involves pouring concrete, allowing it to cure, and then performing multiple grinding and polishing stages. The process can take anywhere from a few days to a week or more, depending on the size and complexity of the project.
  1. Finish and Aesthetic
  • Microcement:
    • Surface Appearance: Microcement offers a seamless, smooth, and uniform finish that can be customized in a variety of colors, textures, and sheens (matte, satin, or gloss). It provides a sleek and modern look and can be used on floors, walls, countertops, and even ceiling surfaces.
    • Design Flexibility: Microcement can be polished, textured, or left with a more rough finish depending on the desired aesthetic. It can mimic a variety of other materials like stone, marble, or cement itself, and can be tinted to match a specific color palette.
  • Polished Concrete:
    • Surface Appearance: Polished concrete is typically more raw and industrial in appearance. The surface showcases the natural aggregate (stones, pebbles, or sand) within the concrete, and the finish can vary from matte to high-gloss depending on the level of polishing. While it’s sleek and modern, the exposed aggregate gives it a more textured, natural feel.
    • Design Flexibility: While polished concrete can be customized with color (through the use of dyes or stains) and aggregate size, it’s generally less flexible in terms of design compared to microcement. The natural texture and look of the concrete are more prominent, which may not suit all design styles.
  1. Durability and Maintenance
  • Microcement:
    • Durability: Microcement is a durable material that, when sealed properly, is resistant to stains, scratches, and moisture. However, it’s not as tough as polished concrete in terms of impact resistance, so it may be prone to chipping or cracking under heavy impacts, particularly in high-traffic or industrial settings.
    • Maintenance: Microcement requires regular maintenance, including sealing to keep it water-resistant and looking fresh. Regular cleaning with non-abrasive cleaners will help preserve the finish.
  • Polished Concrete:
    • Durability: Polished concrete is extremely durable and highly resistant to scratches, abrasions, and heavy foot traffic. The polishing process also strengthens the surface, making it tougher and longer-lasting than microcement, especially in industrial or commercial spaces.
    • Maintenance: Polished concrete is relatively low-maintenance. It doesn’t require sealing as frequently as microcement but may need occasional re-polishing to maintain its shine. Moppingwith a mild, pH-neutral cleaner is usually sufficient for cleaning.
  1. Moisture Resistance
  • Microcement:
    • Water Resistance: Microcement is inherently water-resistant once it is sealed. However, it is not waterproof by itself, so it requires a waterproofing membrane in wet environments like bathrooms or wetrooms to ensure longevity and prevent water penetration into the substrate.
    • Application in Wet Environments: Microcement is ideal for bathrooms, wetrooms, and other high-moisture areas when applied with the correct waterproofing layer and sealants.
  • Polished Concrete:
    • Water Resistance: Polished concrete is also resistant to moisture, but unlike microcement, it is typically not used in wet environments like bathrooms unless it has been specially treated with waterproofing products. Polished concrete floors can be sealed for water resistance, but they don’t offer the same level of customization as microcement in terms of waterproofing layers.
  1. Suitable Applications
  • Microcement:
    • Ideal for: Floors, walls, countertops, bathrooms, wetrooms, kitchens, and outdoor surfaceslike patios and terraces.
    • Applications: Due to its thin-layer application, microcement can be used on a variety of existing surfaces (like tiles, wood, or plaster), making it a popular choice for renovation projects. It’s also highly suitable for design features like feature walls and furniture.
  • Polished Concrete:
    • Ideal for: Floors in commercial spaces, industrial environments, showrooms, and large open areas. Polished concrete is commonly used in warehouses, offices, restaurants, retail stores, and other high-traffic areas.
    • Applications: Polished concrete is generally limited to floors and is typically poured on-site or applied over an existing slab. It is less commonly used on walls or ceilings.
  1. Cost
  • Microcement: Microcement is generally more cost-effective than polished concrete, especially in renovation projects where it can be applied over existing surfaces. However, the cost will depend on factors such as the complexity of the design, area size, and labor costs.
  • Polished Concrete: Polished concrete tends to be more expensive than microcement, mainly due to the time-consuming process of pouring concrete, grinding, and polishing. The cost can increase significantly if additional design elements, such as colored aggregates or custom finishes, are included.

 

Summary of Key Differences

Feature

Microcement

Polished Concrete

Composition

Cement, resins, fine aggregates, polymers

Concrete, aggregates, polishing compounds

Application Process

Thin-layer coating over existing surface

Poured concrete, ground, and polished

Finish

Smooth, seamless, customizable

Exposed aggregate, glossy or matte finish

Design Flexibility

Highly customizable in texture & color

Limited design flexibility

Durability

Durable but may chip under heavy impact

Extremely durable and abrasion-resistant

Water Resistance

Requires sealing, can be waterproofed

Water-resistant but less flexible for wet areas

Maintenance

Requires regular sealing and care

Low maintenance, occasional re-polishing

Best for

Floors, walls, countertops, wetrooms

Floors, industrial/commercial spaces

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