Aluminum silicate fiber packing

Product Description：

Ceramic fiber packing is woven from high-quality ceramic fibers.Suitable for sealing equipment of high temperature and high pressure machines, pumps and valves: metal processing, boiler doors, high temperature furnace doors, high temperature and high pressure machines, pumps, and valves. Industry: can be widely used in chemical, electric power, papermaking, food, pharmaceuticals Industry media: clean fluid or slurry, brine, emulsion, grease, hydrocarbon, solvent, pulp.

Product Features：

1. High temperature resistance, low thermal conductivity, thermal shock resistance, low heat capacity;

2. Excellent high temperature insulation performance and long service life;

3. It has the ability to resist the corrosion of non-ferrous metals such as aluminum and zinc;

4. It has good low temperature and high temperature strength;

5. Non-toxic, harmless, and have no adverse effects on the environment;

6. Convenient construction and installation;

Product application range：

1. Heat insulation of various kilns, high-temperature pipelines and containers;

2. Furnace doors, valves, flange seals, fire doors and fire shutter materials, high-temperature furnace door sensitive curtains;

3. Engine and instrument heat insulation, fireproof cable covering materials, high temperature fireproof materials;

4. Cloth for heat insulation covering, filler for high temperature expansion joints, flue lining;

5. High temperature resistant labor protection products, fireproof clothing, high temperature filtration, sound absorption and other application fields instead of asbestos.

Notice:Ceramic fiber textiles contain about 15% of organic fibers. When the temperature rises for the first time, the organic fibers in the product will gradually be carbonized and blackened, and there will be smoke, and there may be flames in some places. This is a normal phenomenon and does not affect the use.As the temperature continues to rise, the product will gradually become white again, the organic fiber has been completely carbonized, and the product is entirely made of high-temperature resistant inorganic materials such as ceramic fiber.