polycrystalline fiberThe manufacturer believes that the ceramic fiber module is a fibrous lightweight refractory material. Because of its ultra-low thermal conductivity, small heat storage capacity, stable thermal shock resistance and excellent high temperature insulation effect, it is widely used in the insulation lining of various thermal equipment. Ceramic fiber as one of the main materials for energy saving and emission reduction, the market demand will increase. Under the effect of carbon neutralization, the new refractory ceramic fiber (with better energy saving and consumption reduction performance) will replace the traditional refractory material.

Polycrystalline fiber manufacturers

(1) Compared with traditional ceramic kilns, it can reduce energy consumption and use the core materials of ceramic kilns to improve energy efficiency;

(2) The unit weight is small, which can extend the service life of the kiln. Help the downstream industry to save energy and reduce consumption.

　　Polycrystalline fiber manufacturers believeThe significance of ceramic fiber modules for industrial kilns is profound. On the one hand, when used as a furnace lining, the excellent thermal insulation performance greatly reduces the heat loss of the thermal kiln and saves the production cost for the enterprise; compared with the traditional refractory brick, the ceramic fiber has obvious excellent performance. Furnaces built with refractory brick castables are to be raised1000 above, the period can be three days, five days, two weeks. Slowly stabilize the brick structure to withstand, then heat up. On the other hand, the application technology and method of ceramic fiber module also brought a revolution to the masonry of hot kiln, and entered the era of lightweight furnace body. The ceramic fiber module is free of waste water, waste gas, waste residue, etc. In the production process, no pollution to the environment.

Polycrystalline fiber manufacturers believe that ceramic fiber is a fibrous lightweight refractory material, which combines the excellent properties of traditional insulation materials and refractory materials. It is a widely used inorganic high temperature resistant flue gas filter material after carbon fiber, glass fiber and basalt fiber. Ceramic fibers can be divided into glass fibers and crystalline fibers according to their microstructure.

Polycrystalline fiber manufacturers believe that according to its chemical composition can be divided into non-oxide and oxide ceramic fiber two categories. According to the use temperature, it can be divided into low-grade ceramic fiber (the use temperature is 800~1100), medium-grade ceramic fiber (the use temperature is 1200~1300) and high-grade ceramic fiber (the use temperature is 1300~1500). According to the shape of the material can be divided into bulk ceramic fiber, forming ceramic fiber, amorphous ceramic fiber and mixed (spun) ceramic fiber. No matter which way ceramic fibers are classified, the essence of ceramic fibers is the same, and the chemical composition is the same, that is, the main component of ceramic fibers is silicon carbide, alumina or polyaluminosilicate.

　　polycrystalline fiberManufacturers believe that today's global resources are increasingly scarce, coal energy shortage, environmental issues need to be improved. Ceramic fiber modules are undoubtedly ideal for refractory materials. With the continuous development of ceramic fiber derivative products, it is believed that ceramic fiber modules will continue to emit light and heat, leading refractory materials to develop in the direction of environmental protection, energy saving and light weight.