Microcement is suitable for various surfaces in the bathroom, including walls, floors, countertops, bathtubs, and showers. Its water-resistant and robust nature makes it an excellent choice not only for bathrooms but also for microcement pools. Applied in thin layers, microcement produces a seamless, smooth, and polished finish.
Microcement installers in Melbourne, our most common application is bathrooms. Here are the main considerations for a microcement bathroom. In addition, microcement is VOC free, making it an ideal choice for those who are looking for sustainable and eco-friendly building materials.
Unlike cement screed, microcement is very durable and does not crack easily over time. It can be applied directly over most surfaces and reduces the need to hack existing finishes before application. In this project, we transformed an old HDB toilet by directly overlaying the floor & wall with Epoxy Lastic.
The result? A sleek microcement. Transform your bathroom with our collection of 17 microcement designs. Find inspiration for a stylish renovation that blends elegance and functionality.
Microcement bathrooms may not sound that alluring but they offer a sleek, top-to-toe finish that's worth considering for your next bathroom project. Microcement is a great choice if you're looking to create a minimalist and contemporary look for your bathroom. Its smooth, uniform finish can be used to create a seamless and minimalist look that's completely free from joins and grout lines.
Microcement bathroom application for walls and floors with Craftex. 100% waterproof, seamless elegance, low-maintenance. Spa-like luxury in 120+ custom colors.
Do Not Write Directly on Walls Pencil, marker, or pen marks are difficult to remove from lime or microcement finishes. Use masking tape and write on it if marking is needed for measurements or instructions. What is Microcement and Why Choose It for Your Bathroom? Microcement is a versatile and innovative construction material composed of a cement-based mortar mixed with polymer resins and additives.
It can be applied in thin layers, typically ranging from 2 to 3 millimeters thick, allowing for the creation of seamless surfaces.