As a new type of green and environmentally friendly building material, fiber-reinforced calcium silicate board has been widely used in fields such as internal and external walls, suspended ceilings, and partition walls of buildings due to its many outstanding advantages, and has gradually become the preferred solution to replace traditional boards. The manifestation of its core advantages stems not only from the unique raw material ratio but also from advanced production processes, fully meeting the core needs of modern buildings for material safety, efficiency, and durability.
Fiber-reinforced calcium silicate board has excellent fire resistance and flame retardancy, which is one of the key advantages for its foothold in the construction field. This board is made of inorganic mineral raw materials and reinforced fibers through high-temperature and high-pressure steam curing. It is inherently non-combustible and will not release toxic or harmful gases when exposed to fire, which can effectively block the spread of fire. In high-rise buildings, public venues and other places with high fire protection requirements, the application of fiber-reinforced calcium silicate board can significantly improve the fire protection level of buildings and build a solid line of defense for the safety of life and property.
The excellent moisture and water resistance make fiber-reinforced calcium silicate board suitable for various humid environments. Different from traditional boards that are prone to moisture deformation, mildew and rot, fiber-reinforced calcium silicate board has low water absorption. Even if it is in humid areas such as kitchens, bathrooms, and underground garages for a long time, it can maintain stable shape without bulging, cracking and other problems. This feature not only extends the service life of the board but also reduces the cost of later maintenance.
Fiber-reinforced calcium silicate board has excellent mechanical properties, with good strength and toughness. The reinforced fibers inside form a uniform network structure, which endows the board with high bending resistance and impact resistance, making it not easy to be damaged. At the same time, the board has high flatness and good dimensional stability, and is easy to cut and drill during construction. It can accurately adapt to the needs of different architectural shapes, greatly improving construction efficiency and reducing construction losses.
The additional advantages of environmental protection, sound insulation and heat insulation make fiber-reinforced calcium silicate board more in line with the development concept of modern architecture. There is no pollutant emission during the production process of the board, and it can be recycled and reused without burdening the environment; its porous structure can effectively block the spread of sound and has a certain heat insulation effect, which can help buildings achieve energy saving and consumption reduction goals. Whether it is commercial buildings or residential buildings, fiber-reinforced calcium silicate board can create a more comfortable and healthy living and using environment for users.