Basalt fiber vs. other materials
Compared with high-tech fibers such as carbon fiber, aramid fiber, and ultra-high molecular weight polyethylene fiber (UHMWPE), basalt fiber has the characteristics of high-tech fiber high strength and high modulus. Basalt fiber also has good high temperature resistance and oxidation resistance. , Radiation resistance, heat insulation and sound insulation, good filtering, high compressive strength and shear strength, excellent performance in various environments, and good cost performance. It is a pure natural inorganic non-metallic material, and it is also a kind of natural inorganic non-metallic material. New basic materials and high-tech fibers that meet the development needs of the basic industries of the national economy.
Basalt fiber and its composite materials can better meet the needs of structural materials in the fields of national defense construction, transportation, construction, petrochemicals, environmental protection, electronics, aviation, aerospace, etc., and have an important promotion for national defense construction, major projects and industrial structure upgrades effect. It is not only a green material that meets the requirements of the ecological environment in the 21st century, but also a competitive new material industry with sustainable development in the world's high-tech fiber industry. In particular, my country already has the basalt fiber manufacturing technology and process with independent intellectual property rights, and has reached the international leading level with the post-development advantage of "coming behind". Therefore, vigorously developing the basalt fiber and composite material industry is undoubtedly of great significance.
Application of Basalt Fiber in the Field of Functional Clothing
Basalt fiber cloth has high strength, permanent flame retardancy, short-term temperature resistance above 1000 ℃, and can be used at 760 ℃ for a long time. It is an ideal material to replace asbestos and glass fiber cloth. The basalt fiber cloth has high breaking strength, high temperature resistance and permanent flame retardancy. It is a low-cost substitute for high-performance fibers and advanced fibers such as Nomex (aramid 1313), Kevlar (aramid 1414), Zylon (PBO fiber), and carbon fiber. The basalt fiber cloth can be dyed and printed after chemical printing and dyeing. After functional finishing, such as organic fluorine finishing, it can be made into a permanent flame-retardant cloth that is resistant to oil and water. The garments that can be made with basalt fiber cloth include: firefighter fire-fighting protective clothing, thermal insulation clothing, fire-preventing clothing, protective clothing for workers in front of the furnace, electric welding work clothing, and flame-retardant clothing for the occupants of military armored vehicles.
Application of Basalt Fiber in the Field of Functional Clothing
Basalt fiber cloth has high strength, permanent flame retardancy, short-term temperature resistance above 1000 ℃, and can be used at 760 ℃ for a long time. It is an ideal material to replace asbestos and glass fiber cloth. The basalt fiber cloth has high breaking strength, high temperature resistance and permanent flame retardancy. It is a low-cost substitute for high-performance fibers and advanced fibers such as Nomex (aramid 1313), Kevlar (aramid 1414), Zylon (PBO fiber), and carbon fiber. The basalt fiber cloth can be dyed and printed after chemical printing and dyeing. After functional finishing, such as organic fluorine finishing, it can be made into a permanent flame-retardant cloth that is resistant to oil and water. The garments that can be made with basalt fiber cloth include: firefighter fire-fighting protective clothing, thermal insulation clothing, fire-preventing clothing, protective clothing for workers in front of the furnace, electric welding work clothing, and flame-retardant clothing for the occupants of military armored vehicles.
