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Ceramic Fiber Plugs

Ceramic Fiber Plugs

Ceramic Fiber Plugs of vacuum-formed shape are made of high-quality aluminum silicate insulation cotton, vacuum modeling progress. The purpose of the development of this product is to make high-temperature performance and self-supporting shaped products. Ceramic fiber plug is to make specific products for any requirement, each product according to its shape and size, it needs to make a special mold, according to the performance requirements of products, chose binders and additives for the requirements. All products have low shrinkage within their operating temperature range, and maintain high insulation, light-weight, and impact-resistant characteristics. Ceramic fiber plugs are used to cast aluminum and other metals. They need to be created for high temperatures and need to be durable enough to continuously be in contact with molten metal. AdTech tap-out cones offers excellent insulating properties and strength, combined with low fume generation.

Advantages of Ceramic Fiber Plugs

  • Good thermal shock resistance
  • High strength/weight ratio
  • Low thermal conductivity
  • Nonwetting
  • Alumina silicate fiber cone is a kind of aluminosilicate fiber /ceramic fiber product, non-stick aluminum, and non-slagging.
  • Plastid evenly distributed with good flexibility.
  • Tight blockage, and stable flow control.
  • S42 is one Commonly used type.

Ceramic Fiber Plugs Application

Alumina silicate fiber cone adopts high alumina fiber.
Control or block the flow of the liquid aluminum for the precision casting of aluminum and aluminum alloy.
Alumina silicate fiber cone Length 20-350mm, usually conical; or made according to the customer’s requirement.

Tap Out Cone for Molten Aluminium, made of high-quality ceramic fiber cotton as raw material, is made by vacuum suction molding process, and meets the special-shaped products required for throttling in some high-temperature production links or production processes in steel mills and aluminum plants. Each product needs to be made into a special mold according to its shape and size, and can be made in different sizes and specifications. Good flexibility allows for better compactness, regardless of order size and quantity control.

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