Ceramic Fiber Paper

Ceramic fiber paper is made of selected aluminum silicate ceramic fiber cotton as the main raw material by wet forming process. On the basis of the traditional process, the slag removal and drying process has been improved. It is characterized by no asbestos, uniform fiber distribution, white color, no stratification, less slag balls (four times of centrifugal slag removal), flexible adjustment of bulk density according to the application, and high strength. (including reinforced fiber), good elasticity and strong machinability. Due to different operating temperatures, it is divided into four types of materials, standard, high aluminum, and zirconium-containing ceramic fiber paper (236/436/536).

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LONGKETER supplying a comprehensive range of CERAMIC FIBER PAPER.LKT ceramic fiber paper is manufactured from high purity ceramic fiber, adopting the wet inorganic ceramic fiber mechanization to implement a continuous production. Advanced production techniques ensure uniform fiber distribution and close control of thickness and density.

Ceramic fiber paper adds minimum addition of carefully selected bonds, which burn out cleanly service.

Key Features for CERAMIC FIBER PAPER

• Low thermal conductivity, low thermal capacity.

• Low shot content

• Good resistance to tearing, high flexibility

• Do not contain asbestos, resistance to corrosion, not react to liquid aluminum

• Good electrical insulation and sound insulation performance

• Excellent mechanical performance

The main application for CERAMIC FIBER PAPER are listed below:

• Industrial insulation, seal, protective materials

• Electric heat device insulation, heat insulation materials

• Molten metal gasket

• Instrument equipment. electric heating element of insulation and heat insulation materials

• Fire protection

• Thermal barriers for vehicles and spaceflight

• Fillers of expansion joints

CERAMIC FIBER PAPER Product Data

Classification temperature(℃)		1260	1430
Density(kg/m³)		200±15	200±15
Organic content (%)		6–8	6–8
Tensile strength (kpa)		1mm≥300; 2mm-6mm≥400
Permanent linear shrinkage (℃*24h)		≤3.5(1000℃)	≤3.5(1200℃)
Thermal conductivity (W/m.k)	400℃	0.115-0.121
	400℃	0.165-0.175