High Temperature Resistant Ceramic Fiber Blanket

Short Description:

Ceramic fiber cotton is made by high-temperature melting ore or mixed raw materials using the method of blowing or spinning. The ceramic fiber blanket is made by special reinforcing double-sided needling on the continuous flat-spread fiber loose cotton. Ceramic fiber aluminum foil blanket is made by covering single or double sides of the fiber needled blanket with aluminum foil or aluminum foil cloth.

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Product Detail

Product Tags

Features

- High temperature environment still maintain good resilience
- Good strength and anti-wind brush performance
- Good chemical stability and corrosion resistance
- Low thermal conductivity, low heat capacity
- Shrinkage decreases at high temperature
- Good sound insulation performance
- The metal aluminum foil forms the effective shield to the radiation heat, the heat insulation performance is more remarkable

Applications

- Heat-insulating packing material for high temperature environment
- Industrial Furnace back-lining Insulation Material
- Building Fire Protection
- High temperature filter material
- Manufacturing module and ceramic fiber deep processing products
-External insulation of high temperature equipment and high temperature pipeline
- Stamping production of various special-shaped sealing products

Payment Features

Item	CF21	CF22	CF24	CF25	CF26
Classification Temperature(℃)	1000	1260	1430	1500	1600
Melting Point(℃)	1760	1760	1800	1900	2000
Colour	White	White	White	Green/White	White
Mean Fiber Diameter (μm)	2.6	2.6	2.8	2.65	3.1
Fiber Length (mm)	250	250	250	150	400
Fiber Specific Gravity (kg/m3)	2600	2600	2800	2650	3100
Thermal Conductivity Kcal/mh℃(ASTM C-201)(Bulk density:128Kg/m3)
400℃	0.08	0.08	0.08
600℃	0.14	0.12	0.12	0.11	0.09
800℃	0.19	0.16	0.16	0.16	0.13
1000℃			0.23	0.23	0.20
Chemical Composition %
Al2O3	43	45	35	40	72
SiO2	55	52	46.7	58.1	28
ZrO2			15-17
Cr2O3				2.2
Note: Some models and dimensions can be processed into sealing gasket specially customized according to customer requirements.