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High Thermal Conductivity Silicon Carbide Bearing Bush

High Thermal Conductivity Silicon Carbide Bearing Bush

Dry pressing alumina ceramic tube is sintered on high temperature of more than 1600℃, with high-purity ultra-fine alumina powder as raw material according to optimized formulation design.
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In addition to being able to supply Wear Resistant Alumina Ceramic Pipes, Wear Resistant Bimetal Overlay Plate, Ceramic Rubber Chute Liner with general specifications, we are also able to customize it to meet the actual needs of our customers. Our company always insists on the road of diversified development to provide customers with a full range of quality experience. We meet our customers' diverse application needs and provide sustainable, safe, reliable, efficient and cost-effective products and services.

Description:

Dry pressing alumina ceramic tube is sintered on high temperature of more than 1600℃,  with high-purity ultra-fine alumina powder as raw material according to optimized formulation design.


The tubes are usually installed uopn the wear areas of some material conveying equipments, coal preparation equipments and so on to be used as the material contact surface to bear the following abrasion and impact.

Specifications:

  • Brand Name:QS

  • Withstand voltage:15KV

  • Thermal conductivity:31.5W / (m * K)

  • Fuction:fine ceramic alumina ceramic tube

  • Forming process:Hot pressing

  • Feature:Wear resistance

Features:

1.Good thermal conductivity 
2.Large specific heat capacity  
3.Low pressure drop         
4.Good heat-shock resisting ability

5.Working temperature: 600℃-1200℃

Dry pressing alumina ceramic tube





Our complete service and sales system is located around the world to meet the needs of our customers and to provide them with high quality High Thermal Conductivity Silicon Carbide Bearing Bush and value-added services. We actively implement green development in accordance with the fulfillment of corporate social responsibility and the requirements of our own development. We do our best to cultivate talents and concentrate on building a diversified elite team.

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