[Usage] : Large graphitization furnace is mainly used for the sintering of battery anode material, carbon material structure parts (products), C/C composite material products, carbon fiber, carbon material, carbon fiber rope, high temperature graphitization of phosphorus sheet graphite and other graphite materials, and other materials that can be sintered and smelted in the carbon environment.
Product advantage
3200 degree ultra-high temperature graphitization furnace is a kind of ultra-high temperature production equipment with domestic technology developed by our engineering and technical personnel under the strong support of domestic scientific research institutes and universities. The operating temperature of the equipment reaches 3000℃.
Features:
Large graphitization furnace adopts thermal insulation material and domestic furnace structure, and the service temperature reaches 3000℃. It adopts one power supply with multiple furnace bodies to improve production. Due to the long cooling time of large graphitization furnace, the cooling time is used for heating other furnace bodies.
Using digital display intelligent temperature control system, automatic precision to complete the temperature measurement and temperature control process, the system can be heated according to the given temperature curve, and can store 20 pieces of a total of 400 different process heating curve.
Comprehensive PLC water, electricity, gas automatic control and protection system
Can be one machine and multiple furnaces, using PLC intelligent conversion.
Product Specification
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Maximum Use Temperature
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≥2000℃ ≥2200℃ ≥2500℃ ≥2600℃ ≥2800℃ ≥3000℃
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Furnace body shape
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two types of vertical and horizontal furnaces
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Hearth volume
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Φ500X1000 Φ600X1200 Φ700X1500 Φ800X1600 Φ900X1800 Φ1000X2000 Can also be customized according to user needs of various sizes of furnace body
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Working atmosphere in furnace
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Vacuum, hydrogen, nitrogen, inert gases, etc
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Temperature uniformity
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≤10℃
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Temperature measurement
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Far infrared optical temperature measurement
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Temperature Range
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1000~3000℃ or 0-3000℃
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Temperature measurement accuracy
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0.2~0.75%
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