Tapout Cones

Tapout Cones

Tapout Cones

Tapout Cones, according to user design requirements, uses loose cotton to be formed by wet vacuum suction, dried and calcined to produce high-temperature aluminum water plug plugs with different bulk density, specifications, models, and performance.
In addition to satisfying various complex thermal requirements of users, each product is made with a special mold according to its shape and size requirements. According to the performance requirements of the product, different binders and additives are selected to meet the requirements of use.

The aluminum silicate tap out cone sometimes also called the outlet heat preservation plug, the heat preservation cap, and the Tapout Cones.

Mainly made of high-grade aluminum silicate fiber and other formulas through vacuum forming,
It is suitable for the heat preservation and sealing function of the outlet of the aluminum melting furnace, refining furnace, standing furnace, etc., making the aluminum and alloy casting process more convenient, safer and more reliable.

Tapout Cones

Product features of ceramic fiber Tapout Cones:
Excellent compressive and flexural strength.
Low thermal conductivity, thermal shock resistance.
The size error is small.
The temperature rises and falls quickly, resistance to airflow erosion, and resistance to rapid cold and heat.
Ceramic fiber plugs have low shrinkage within the temperature range of their use, and maintain the characteristics of high heat insulation, light weight and impact resistance.

Color: white
Composition: Si02 63.3% AL203 36% Ti02 0.5% Fe203 0.1% Others <0.1%
Density: 0.30-0.35g/cm3
Thermal performance: heat-resistant temperature? 1100℃
High operating temperature: 1000℃
Continuous use temperature: 900℃ Thermal conductivity: 0.77W/m.k at 720℃
Long-term linear shrinkage is less than 0.6% after 24 hours at 760℃
Dimensions: Blocking sets: Length dimension ±3mm Thickness: ±1mm
Surface quality: the defect area of ​​a single piece is less than 25 mm2, and the height of the unevenness is not higher than 2 mm. The outer surface has no large damage and fast defects, etc.

 

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