Ultrafine Ceramic Fiber Blanket Fireproofing Material Building Material

• Customization: Available
• Material: Gangue and Industrial Metallurgical Slag
• Delivery Port: Xingang, Tianjin
• Model NO.: CERAMIC FIBER
• Thickness: 20mm
• Color: White
• Type: High-temperature Adhesives
• Usage: Building
• Grade: A1
• Appearance: Blanket
• Surface Finishing: Blanket -Shaped
• Edge: Flat
• Shape: Ceramic Fiber Blanket
• Refractory Temperature: -40---1000
• Transport Package: in Bag
• Specification: 3-5μ m
• Trademark: SHUNHAO
• Origin: Tangshan, China
• HS Code: 68061010
• Production Capacity: 200tons/Month

Product Description

Ceramic fiber blanket is a carpet material with certain strength made of ultrafine ceramic fiber cotton and formed by double-sided needling process. After double-sided needling process, the degree of interweaving, anti-delamination, tensile strength and surface smoothness of the fibers are greatly improved. The fiber blanket does not contain any organic binder to ensure that the ceramic fiber blanket has good manufacturability and stability in both high and low temperature conditions.

Application:
Ceramic fiber blanket is widely used in high temperature thermal insulation of steel and petrochemical industry;  Industrial kiln, heating device wall lining, back lining thermal insulation,  high-speed train and bullet train,Thermal insulation of high-temperature equipment; Thermal insulation of high-temperature pipeline; Plant roof and side insulation.

Size:

Length/mm	Width/mm	Thickness/mm	Weight (kg/M3)
3600	610	50	70-135

Specifications:
Sample: 3600mm×61mm×50mm,density 90kg/m³

Thermal conductivity (average temperature25ºC)W/(m.K)	0.034	0.0034
Slag ball content(Particle size>0.212mm)%	≤20	6.8
tensile strength kPa	≥10	32
Heating permanent linear change%	≥-5.0	-1.2

1. 

Features:
1.No binding agent and environment-friendly.
2.Due to soft, elasticity and high tensile strength, ceramic cotton blanket  has excellent processing performance and construction performance.
3.Superior low thermal conductivity, low heat capacity and thermal insulation performance
4.Excellent chemical stability, thermal stability and seismic resistance
5.Excellent sound absorption performance.