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Ceramic fiber blankets you need to know

Ceramic fiber blankets you need to know

Ceramic fiber blanket is a well-known low temperature resistant, strong earthquake resistance, good extensibility, very fire resistant and wear resistant. The heat preservation function is also an excellent aluminum silicate product, which is mainly used for aviation range and low temperature. Manufacturing range and other industries with extremely high demand for goods.

As a manufacturer, after producing a large number of acupuncture blankets, we must keep the stocks in stock, and support the products to the best quality products.

Aluminosilicate fiber blankets are usually placed in the warehouse of the manufacturer’s inventory, but the requirements of different commodities for the warehouse environment are different. The acupuncture blanket is mainly aluminum silicate. Although it has certain anti-corrosion function, it can not be mixed with strong alkali and acid in some deposits, which will cause the needle-punched blanket to take effect.

Secondly, the warehouse should not be too humid or indirectly exposed to the sun’s light. Both are not conducive to the registration of the needle-punched blanket, which will cause the commodity to split or mold. Therefore, the extreme environment of both should be avoided. Packing, do a dust-proof process.

(3) Application characteristics:

  1. Line change The line change of the data is 1150 ° C × 6 h when the line change ≤ 2.4% (200 ~ 400) C × 6h when the line changes ≤ 0.2% line change refers to the thermal insulation data at low temperatures, crystallization, melting, The porous structure of the data was destroyed and the function of the seizure was deteriorated. The line change of the ordinary thermal insulation material was 5 to 10 times that of the data.
  2. The general strength of the flexural strength can not be folded 180 degrees and the data has good anti-folding function. In the case of folding 180 degrees several times, the breakage will not occur, which brings convenience to the construction.
  3. Thermal conductivity The data has a good thermal conductivity (Kcal/m·h·°C) of 0.03 at 200 °C, 0.06 at 400 °C, and 0.1 at 0.09800 °C at 600 °C.