Customized Horizontal Vacuum Carbonization Furnace Machine With PLC Water Nitron Cooling
Customized Horizontal Inert Gas Protective Vacuum Carbonization Furnace Hot New Resistance Furnace PLC Water Nitron Cooling
Vacuum carbonization furnace usage:
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The maximum temperature
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1800℃,2300℃
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Volume at highest temperature
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0.03m3,0.05m3, 0.1m3, 0.15m3,0.2m3 ,0.3m3
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Furnace working atmosphere
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Hydrogen, nitrogen, inert gases
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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 measurement Range
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800~2400℃或0~2400℃
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Temperature measurement accuracy
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0.2~0.75%
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Temperature Control accuracy
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±1℃
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Temperature control
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Program control and manual control
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Ultimate heating rate
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200℃/ min (empty furnace, depending on high temperature zone volume and furnace structure)
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Characteristics:
1) Graphite heating plate to use high purity, high density and high strength graphite plate, preferably isotropic graphite plate.Because its bending strength and compression strength are 2.8 times and 3.5 times of ordinary graphite, respectively.
2)The connection technology between the power supply and the electrode is very important. The connection is firm, the contact resistance is small, it is better to use specially processed graphite bolts. The cooling of the joint is a key technology, but also often prone to accidents, processing and welding technology must be in place. At the same time, standardized operation is also one of the elements to extend the service life. Water pressure switch and alarm should be provided for shell water cooling.

Characteristics:
4) The temperature of section ⅰ, ⅱ and ⅲ of the temperature zone can be independently regulated to meet the different requirements of different filament bundles on process conditions. Temperature measurement pay attention to the speculum clean and transparent,
strictly prevent mirror pollution.
5)The outlet end should be set up with a cooling device, so that the fiber is cooled below 500℃ before entering the space, to prevent oxidation. Because carbon fiber starts to slowly oxidize at 350 degrees Celsius in air. In addition to the water cooling system, the cooling device can also be cooled by nitrogen.



Patent for high temperature graphitization furnace:

Patent for high temperature vacuum hot pressure furnace:

Patent for high temperature continuous furifing graphitization furnace:

Patent for carbonization sintering furnace:

Patent for bottom discharge graphitization furnace:

Patent for carbon fiber continuous furnace
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