NEWS

Fiber pallet: make the construction process more convenient and the building quality more reliable

  • Date:2023-04-23

Fiber pallets are a new type of environmentally friendly building material made mainly from materials such as cement, quartz sand, and fibers. Compared with traditional cement boards, fiber pallets have higher strength, lighter weight, easier construction, and advantages such as waterproofing and durability.


In the production process of fiber pallets, a composite material technology of cement and high-density fibers is used. From the perspective of production materials, cement, quartz sand, and steel wire are the main materials for fiber pallets, while fiber materials play a reinforcing role. Fiber pallets have a higher density of products and are much lighter in weight compared to traditional asbestos cement boards. They have excellent tensile, torsional, and impact resistance capabilities.


The advantages of fiber pallets are manifested in many aspects. Firstly, fiber pallets have good waterproof properties. Cement is a hydrophilic material, so the materials made from it will not be permeable, hollow, or crack due to high-pressure water gun impact, long-term water soaking, or immersion in water. Secondly, the surface of the fiber support plate is shaped with natural mortar, which has high hardness, fire resistance, and resistance to deformation.


Again, the construction of fiber pallets is convenient and fast. Its lightweight product features can reduce the burden on workers during construction and improve work efficiency. Meanwhile, its unique structural form can also enhance the seismic stability in subsequent processes.


Subsequently, the fiber support plate exhibits high wear resistance. Its surface has been treated and has good anti fouling ability, making it less prone to surface wear, peeling and other problems.


In short, fiber pallets are a new type of environmentally friendly building material that integrates multiple materials, and their excellent performance characteristics have attracted increasing attention and pursuit from people. With the continuous development and improvement of the market, we believe that this material will provide more assistance for people's living and working environments.