Description and technical parameters of ordinary type, high purity type, high aluminum type and zirconium type aluminum silicate blown fiber blanket Classification temperature of aluminium silicate fibre blanket
Normal type aluminum silicate blown fiber blanket 12600°C Standard type aluminum silicate blown fiber blanket 1260°C
High purity type aluminum silicate blown fiber blanket 1300℃ High aluminum type aluminum silicate blown fiber blanket 1400°C
Blown Fiber Blanket with zirconium type aluminum silicate 1430°C Production process of aluminum silicate fiber blanket:
All kinds of aluminum silicate blown fiber blankets are made of ordinary type, high purity type, high aluminum type, zirconium type aluminum silicate fiber cotton produced by blowing fiber process through needling, heat setting, cross and cross cutting, winding and other processes. All kinds of needled blankets have the same excellent properties as the corresponding loose aluminum silicate fiber cotton and have excellent tensile strength. The needled blanket is even in texture and flat in surface. The needled blanket with different bulk weight and thickness provides users with a wide range of materials to obtain the best heat insulation structure and energy saving benefits. Aluminum silicate fiber blanket operating temperature:
Depends on the material use conditions, the type of heat source and environmental atmosphere and other conditions. Technical characteristics of aluminum silicate fiber blanket:
1. Low thermal conductivity and low heat capacity
2. Excellent thermal stability and thermal shock resistance
Excellent tensile strength
4. Excellent heat insulation, fire prevention and sound absorption Aluminum silicate fiber blanket application:
1. Industrial building materials kiln, heating device, high temperature pipe wall lining
2. Thermal insulation of electric boilers, gas turbines and nuclear power
3. Wall lining of high temperature reaction equipment and heating equipment in chemical industry
4. Fire prevention and heat insulation of high-rise buildings
5. Heat insulation of furnace door and top cover
6. High temperature filter material
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