Description of Ceramic Fiber Textiles
Ceramic fiber is produced from high purity aluminosilicate material through a strictly controlled high-temperature furnace melting and fiberizing process. Ceramic fiber products are white and odorless, which is suitable for high-temperature applications up to 2300°F. Due to the resistance to high temperatures, good thermal stability, and significant energy-saving effects, ceramic fibers are gradually replacing traditional refractory brick refractories. Ceramic fiber modules can be anchored on the industrial furnace to achieve the effect of fire insulation.
Advantages
- Low heat conduction
- Chemical stability
- Excellent tensile strength
- Excellent thermal stability and resistance to shock
- Excellent sound absorption
- Can compensate fiber furnace lining shrinkage
Specifications of Ceramic Fiber Textiles
Code
|
SCFM-950
|
SCFM-1000
|
SCFM-1100
|
SCFM-1200
|
SCFM-1350
|
Permanent linear change in heating (%)
|
950°C×24h <-3
|
1000°C×24h <-3
|
1100°C×24h <-3
|
1200°C×24h <-3
|
1350°C×24h <-3
|
Heat conductivity coefficient(W/m.k)
|
200°C
|
0.050-0.058
|
400°C
|
0.090-0.121
|
600°C
|
0.165-0.198
|
Slag content (%)
|
<20
|
Bulk density(kg/m)
|
180±10; 200±10
|
Size(mm)
|
300*300*250
|
Applications of Ceramic Fiber Textiles
Ceramic fiber textiles are fixed on the steel plate of the furnace shell of the industrial kiln for fire protection. These industrial furnaces include:
- Kilns in the petrochemical industry
- Kilns in the metallurgical industry
- Kilns in ceramic and glass industries
- Heat treatment furnace
Ceramic Fiber Textiles Packing
The packing of Ceramic Fiber Textiles is designed to protect the materials from damage, contamination, and environmental factors during transportation and storage.