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Silicon carbide reaction sintering furnace

Maximum temperature: 1800℃

Ultimate vacuum: 5Pa

Temperature uniformity: ±5℃

Temperature control accuracy: ±1℃

Pressure rising rate: ≤0.67Pa/h

Process application: The composite ceramics produced by the silicon carbide reaction sintering furnace are widely used in military bulletproof, lithium battery new energy, semiconductors, sanitary and building ceramics, chemicals, power plants and automobiles.Chat OnlineLeave Message
Introduction

Silicon carbide reaction sintering furnace is used for vacuum sintering of metals such as cemented carbide, copper-tungsten alloy and alloy materials composed of refractory metals, as well as high-temperature sintering of ceramic materials and silicon carbide. The mechanical design of the equipment is advanced and reasonable, and the design and manufacturing comply with the corresponding national and industry standards and specifications to meet the user's requirements. Its supporting products and components are at the international advanced level, and can adapt to long-term, stable, safe and reliable production needs, and the equipment has a good energy-saving effect. The use, operation and maintenance of the equipment are convenient and simple, the shape is beautiful, safe and reliable, and the after-sales service is fast and efficient.

Application The composite ceramics produced by the silicon carbide reaction sintering furnace are widely used in military bulletproof, lithium battery new energy, semiconductors, sanitary and building ceramics, chemicals, power plants and automobiles.
Treatment material

Advantages
  • Reasonable arrangement of heating elements
  • Optimized heating chamber structure
  • Increase productivity
  • More space saving

Reasonable arrangement of heating elements, large radiation area, long lifespan, and lower failure rate;

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Optimized heating chamber structure, fast heating, good insulation effect, energy saving and consumption reduction; Dual level pressure protection for safer use.

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Integrate rapid cooling to improve production efficiency; Multiple condensation and replenishment methods to extend the lifespan of vacuum pumps.

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A one to two structure can be developed to save space and reduce investment costs;

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Specifications - Technical Data
ModelEffective heating area size
(width * height * depth/mm)
Maximum temperature(℃)Ultimate vacuum(pa)Temperature uniformity(℃)Pressure rise rate(Pa/h)Loading capacity(kg)
KJ-V1800-936W600*600*260018005Pa±5≤0.67600
KJ-V1800-1260W600*600*350018005Pa±5≤0.67800
KJ-V1800-1470W700*700*300018005Pa±5≤0.671000
KJ-V1800-1960W700*700*400018005Pa±5≤0.671200
KJ-V1800-2200W700*700*450018005Pa±5≤0.671500

The above parameters can be adjusted according to process requirements and are not used as acceptance basis. The specific technical plan and agreement shall prevail.

Customized service

KJ Technology provides you with comprehensive customized services with excellent quality to meet your different needs.

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