Description of Ceramic Fibre Paper
Ceramic fibre paper is a non‐woven material produced from aluminosilicate ceramic fibres. The product is white and odourless. It is rated for high‐temperature applications up to 2300°F. Given that it has high temperature resistance, good thermal stability and documented energy savings, ceramic fibre papers are increasingly employed for high‐temperature filtration, fire protection and protection against spark generation.
Advantages of Ceramic Fibre Paper
- Faster temperature change
- Reduced heat retention
- Lower fuel costs
- Lower thermal conductivity
- Increased productivity
- Reduced installation costs
- Suitable for stamping and automated embossing
Specifications for Ceramic Fibre Paper
Code
|
SCFPS-1260
|
SCFPH-1260
|
SCFPF-1260
|
SCFPAL-1400
|
SCFPHD-1400
|
Type
|
Standard (soft)
|
Standard (hard)
|
Filter
|
High Aluminium
|
High Density
|
Max. Operating Temperature (°C)
|
1260
|
1400
|
Organic Content (%)
|
≤8
|
≤6
|
Tensile Strength (MPa)
|
≥0.3
|
Bulk Density (Kg/m³)
|
160-260
|
Water Content (%)
|
≤1
|
Size (m)
|
1/2/3/4*0.6/1.2*0.01-0.05 or custom
|
Thermal Conductivity (W/(m·K))
|
200°C
|
0.075-0.088
|
400°C
|
0.110-0.122
|
600°C
|
0.160-0.172
|
Applications of Ceramic Fibre Paper
- Insulation, lining and sealing for ovens, furnaces, stoves, boilers and household appliances
- Cladding for high-temperature pipes or metal castings
- Insulation, protection and shielding in the aerospace industry
- Thermal insulation, sealing and separation for ceramic and glass melting applications
- Fire protection, spark protection and protection against molten metal
- Electrical insulation at high temperatures
- High-temperature filtration
- Sealing or protection for other high-temperature applications