Ceramic fiber paper gasket manufacturer

NegotiableUpdate on 05/06

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

The ceramic fiber paper gasket is mainly made of selected silicon aluminum ceramic fiber cotton using wet forming technology. On the basis of traditional processes, the slag removal and drying processes have been improved, characterized by asbestos free, uniform fiber distribution, white color, no layering, few slag balls (four centrifugal slag removal), flexible adjustment of bulk density according to the purpose, high strength (including reinforced fibers), good elasticity, and strong mechanical processing ability.

Product Details

Suitable for insulation, heat preservation, sealing, electrical insulation, sound absorption, filtration, etc. in high-temperature environments. The production technology of ceramic fiber products makes the fiber distribution very uniform, and the paper thickness and bulk density can also be strictly controlled. Ceramic fiber paper (silicon aluminum fiber paper) is produced by adding a small amount of scientifically selected and strictly controlled binder to silicon aluminum refractory fibers. The binder will burn out during use.

Characteristics of ceramic fiber paper:

1. High strength tear resistance

2. High flexibility and toughness

3. Low slag ball content

4. Accurate thickness

5. Thermal shock resistance

6. Extremely low thermal conductivity

Ceramic fiber paper gasket is made of silicon aluminum and processed by wet forming technology. It is a lightweight refractory material that can replace asbestos products on the market. The advantages of ceramic fiber paper include: asbestos free, long fibers, less slag balls, low bulk density, high strength, good elasticity, easy punching, winding and other construction operations. It is suitable for insulation, heat preservation, sealing, electrical insulation, sound absorption, filtration and other applications at high temperatures. High temperature resistance, chemical corrosion resistance, heat shock resistance, low thermal conductivity, high electrical insulation strength, and high elastic modulus.