Products
Alumina fiber paper
The production process of alumina fiber paper belongs to the non-woven process. It is an inorganic fiber paper-like product formed by spraying and electrostatic spinning to spread the fibers into a uniform fiber web, and then mechanically entanglement and reinforcement of the fibers in the fiber web. It is light, soft, and does not contain any organic components. There will be no smoke or fire problems during the high temperature process. The long-term service temperature of alumina fiber paper can reach 1500 ℃, and the maximum use is 1600 ℃. In the oxidizing atmosphere, neutral atmosphere or partial reduction atmosphere under the long-term withstand this temperature, can still maintain its original toughness, strength, softness and fiber structure. The thickness of fiber paper is 0.2-1mm, which has excellent processability and has great market potential in the field of high temperature composite materials.
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Alumina Fiber Needle Blanket
Alumina fiber needled blanket is made of alumina short fiber after optimized laying and needled by our self-research equipment. It is completely processed physically and does not contain any organic components. The double-sided needling process enhances the binding force between fibers and ensures the tensile strength of the finished needle blanket. Long-term use temperature can reach 1500 ℃, the highest use of 1600 ℃. In the oxidizing atmosphere, neutral atmosphere or weak reducing atmosphere under the long-term withstand this temperature, can still maintain toughness, strength, softness and fiber structure. Alumina fiber blanket has a particularly outstanding thermal insulation performance, without special atmosphere protection; the use of high temperature and can resist acid and alkali erosion.
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Alumina fiber loose cotton
Alumina short fiber is one of the new ultra-lightweight high-temperature insulation materials, it uses the "sol-gel" method, the special formula of spinning colloid by high-speed injection into fiber body, and then through drying and high temperature heat treatment, the formation of polycrystalline fiber.
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