Bright Vacuum Annealing Furnace
This tube furnace uses resistance wire as heating element, phase shift trigger, thyristor control, furnace chamber uses alumina polycrystalline fiber material, furnace tube uses high-purity quartz tube, both ends are sealed with stainless steel flanges, flanges are supported by stainless steel brackets, double-layer furnace shell is equipped with air cooling system, can quickly rise and fall temperature. This furnace has the advantages of a balanced temperature field, low surface temperature, fast temperature rise and fall rate, energy saving, etc. It is suitable for colleges and universities, scientific research institutes, industrial and mining enterprises to do high-temperature atmosphere sintering, atmosphere reduction, CVD experiments, vacuum annealing, etc.
| Furnace size (mm) | Operating temperature (°C) | Vacuum degree | Power (KW) | Voltage | Heating elements | Heating rate |
| φ60*2200 | 1100°C | 6.67*10-4PA | 20 | 380V | Resistance wire | 1-10°C/MIN |
| φ80*2200 | 20 | |||||
| φ100*2200 | 20 | |||||
| φ120*2200 | 26 | |||||
| φ200*2200 | 35 | |||||
| φ300* 2200 | 60 | |||||
| φ400*2200 | 90 |

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A seven-zone mesh belt furnace running at 1120 °C can hold ±3 °C across the belt and still ship parts with inconsistent hardness, because the dew point in the delubrication zone drifted after the belt speed was raised. That is the nature of powder metallurgy: the furnace is not a box that gets hot, it is a chemical reactor with a conveyor attached. The short answer: select a powder metallurgy furnace by the process window it must hold — delubrication profile, atmosphere quality, sintering tempe...




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