High Temperature Debinding and Sintering Furnace
Our high-temperature debinding furnace is a cycle-operating furnace developed by our factory based on the digestion and absorption of similar international products. Designed specifically for early-stage debinding in the ceramic industry, it features long operating times, high temperature uniformity, and minimal actual temperature error. The furnace chamber is constructed of polycrystalline alumina fiber, offering high temperature resistance and a long service life. A quartz spiral heater ensures a clean, pollution-free working chamber. This makes it an ideal furnace for universities, research institutes, and enterprises for early-stage debinding of high-temperature ceramic sintering.
| Parameter | Numerical |
| Voltage AC | 380v |
| Furnace chamber size (diameter × height) | 600x600x600MM |
| Extreme operating temperature | 1200℃ |
| Heating method | 5-sided heating |
| Uniformity | ±4℃ |
| Heating power | 30kw |
| Operating temperature | 1100℃ |
| Heating element | High-quality resistance wire |
| Temperature control accuracy | ±0.5℃ |
| Heating rate | 5 - 10℃/MIN |

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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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