Ceramic fiber board has excellent high temperature resistance, good chemical stability and excellent mechanical properties, and is a high-performance refractory refractory material.
Detailed introduction to the characteristics of ceramic fiberboard refractories
1. Excellent high temperature resistance
Because ceramic fiberboard is mainly made of high-purity materials such as alumina fiber and aluminum silicate fiber, it has excellent high temperature resistance and can withstand high temperatures up to 1700 °C.
2. Good chemical stability
Because ceramic fiberboard contains elements such as aluminum and silicon, it has good corrosion resistance and is stable in chemical environments such as acids, alkalis, and salts.
3. High mechanical strength
Ceramic fiberboard is not only resistant to high temperature, but also has high mechanical strength and hardness, and is not easy to break and crack.
4. Good thermal insulation performance
The thermal conductivity of ceramic fiberboard is low, so it has good heat insulation performance, especially in high temperature environment, it can play a good role in heat insulation.
5. Light weight, easy construction
Compared with traditional refractory materials such as masonry, ceramic fiberboard has obvious advantages due to its light weight, convenient construction operation, reduced labor intensity of construction personnel, and shortened construction time.
Application range of ceramic fiber board refractories
Ceramic fiber boards are widely used in heat preservation, heat insulation and refractory component manufacturing in high temperature furnaces, glass kilns, ceramic kilns, steel plants, catalyst production and other high temperature environments, and are also suitable for heat insulation and fire prevention of various high temperature equipment .
As a high-performance ceramic refractory material, ceramic fiberboard has excellent high temperature resistance, excellent mechanical strength and chemical stability, and has good heat insulation performance. It is suitable for heat insulation and refractory component manufacturing in various high temperature environments and other occasions.
