Aluminium Tap Cone does not affect the composition of aluminum alloy. Because the fiber itself has the function of adsorbing impurities, the filtration effect is better. Aluminium Tap Cone contains aluminum silicate fiber, also known as ceramic fiber. It is a new type of lightweight refractory material. In addition, the high temperature resistant fiber filter also has the advantages of high temperature resistance, good mesh stability, convenient, etc., and is beneficial to the recycling of waste materials.
After the waste is returned to the furnace, the mesh floats on the surface of the aluminum solution. High temperature resistant fiber filter mesh is the ideal filter material for high-grade aluminum alloy castings.
Ceramic Fiber Taphole Cones
Ceramic Fiber Taphole Cones is a ceramic fiber shaped product that is oriented to meet the fire resistance and thermal insulation of certain special parts of thermal equipment. The product is non-brittle material, high strength, accurate size, and can be produced in various forms according to customer needs. The product has good fire and heat insulation effect and can directly contact the flame.
Ceramic Fiber Taphole Cones is tough and wind-resistant; seamless lining; low heat storage and heat loss; direct contact with flame for hot surface; excellent construction and installation performance; excellent thermal shock resistance; high compressive strength Long service life; significant sound absorption.
Aluminium Tap Cone Features
- It has light bulk density, high temperature resistance, good thermal stability, low thermal conductivity, low heat capacity and good resistance to mechanical vibration.
- Small thermal expansion, good thermal insulation and so on.
- After special processing, it can be made into aluminum silicate fiber board, aluminum silicate fiber felt, aluminum silicate fiber rope, aluminum silicate fiber blanket and other products.
- The new sealing material has the characteristics of low temperature resistance, low heat density, light weight, long service life, high tensile strength, good elasticity and non-toxicity.
- It is a new material that replaces asbestos and is widely used in metallurgy, electric power, machinery and chemical thermal equipment.
