It is High Temperature Vacuum Induction Graphitization Furnace, utilizing advanced IGBT (Insulated-Gate Bipolar Transistor) control technology, is engineered to significantly reduce energy consumption while delivering exceptional performance in high-temperature material processing.
It is specifically optimized for critical applications such as carbon fiber graphitization and the treatment of other advanced high-temperature materials.
By integrating precise vacuum induction heating with sophisticated temperature management systems, the furnace achieves remarkable thermal accuracy and uniformity, which are essential for producing premium-grade materials with consistent properties
With high temperature uniformity and larger production capacity, could reach to 3000c high temperature.
Operate easily and equiping with decompression valve to ensure operate under safe condition.


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Graphitization Furnace -- Technology Parameter |
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Lab usage |
Production usage |
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NTI-SML-57W |
NTI-SML-100W |
NTI-SML-206W |
NTI-SML-339W |
NTI-SML-602W |
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Working size |
mm |
Φ350×600 |
Φ400×800 |
Φ500×1050 |
Φ600×1200 |
Φ800×1200 |
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Heating type |
/ |
IF induction heating |
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Control type |
/ |
SCR control or IGBT control(optional) |
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HT zone capacity |
L |
54 |
98 |
128 |
400 |
576 |
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Loading weight |
g |
HT zone capacity×density (g/cm³)×1000 Remark:1L=1000cm³ |
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IF power |
Kw |
150 |
200 |
250 |
350 |
600 |
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Ultimate vacuum |
Pa |
20 |
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Max. temperature |
℃ |
3000 |
3000 |
3000 |
2900 |
2900 |
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working temperature |
℃ |
2800 |
2800 |
2800 |
2800 |
2800 |
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Temperature uniformity |
℃ |
±10 |
±10 |
±10 |
±10 |
±15 |
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Working environment |
/ |
Vacuum or Ar. Nitrogen atmosphere protection(micro positive pressure) |
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