Durability of microcement floors

When compared to other decorative coatings, microcement’s exceptional strength and hardness are one of its unique characteristics. They can even be used in locations with high traffic using particular formulas. Durability of microcement floors

The advantages of microcemnt floor

• No type of joint is necessary for continuous coating (expansion joint).
• It has exceptional stickiness and can stick to a variety of substrates.
• High mechanical strength and can survive wear and tear changes caused by traffic and weather.
• It provides flooring with highly reduced thickness, which typically ranges from 2 to 3 mm, making the floor relatively light.
• Simple care can keep a glossy surface looking good.
• Material that is sanitary, fireproof, and waterproof.

Disadvantages of microcement floor

• The thermal insulation of the building is quite inadequate in the face of unexpected temperature swings due to its low thermal diffusion, quick loss, and need for frequent maintenance, and its glossy appearance.
• Expert and certified labor is needed. The average microcement period can be as long as a week. They must have a good foundation, often with additional fiberglass mesh to prevent cracking. microcement surfaces are very sensitive to physical changes, so there is a high chance that it can develop scratches and stains.

Does the microcement floor crack and durability of microcement floors?

Virtually any finished surface, including laminate flooring, polished concrete, tiles, reinforced concrete, and turpentine, is susceptible to cracking or deterioration if it is put through stresses or motions that are greater than the product’s long-term strength complete.

The substrate on which the microcement will be put, the type of microcement chosen, or the protective coating, among other things, can all have an impact on the coating’s strength and hardness.

Therefore, it is quite conceivable to shatter a microcement in the identical circumstance or for the movement brought on by a different issue to penetrate to the microcement finish. When concrete or a concrete foundation is 50mm or 100mm thick, a layer of material that is 3mm thick cannot withstand the force. It’s crucial to think carefully about the foundation design and how underfloor heating should be used.

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