Sapphire Annealing Furnace
This lifting furnace adopts an electric lifting structure, and the furnace material is all vacuum-formed high-purity alumina polylight material. It has high use temperature, small heat storage capacity, resistance to rapid heating and cooling, no cracks, no slag, and good thermal insulation performance. Electric hydraulic lifting system, furnace bottom door. It is widely used in production and experiments in the fields of ceramics, metallurgy, sapphire annealing, electronics, glass, chemicals, machinery, refractory materials, new material development, special materials, building materials, etc.
| Furnace size (mm) | Working temperature(℃) | Power(KW) | Voltage | Heating elements | Heating rate |
| 400*400*400 | 1650℃ | 20 | 380V | 1800 Silicon Molybdenum Rod | 1-15℃/MIN |
| 500*500*500 | 35 | ||||
| 800*500*500 | 60 | ||||
| 1200*500*600 | 90 | ||||
| 1500*500*600 | 110 | ||||
| 2300*500*600 | 155 | ||||
| 400*400*400 | 1750℃ | 35 | 1900 Silicon Molybdenum Rod | ||
| 600*300*300 | 45 | ||||
| 800*400*400 | 70 |

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Tube furnaces have been the backbone of high-temperature processing for decades — yet the gap between a well-specified unit and a poorly matched one can mean the difference between consistent results and costly failures. Whether you're sintering advanced ceramics, conducting CVD experiments, or processing alloys under controlled atmospheres, understanding what separates a capable high temperature tube furnace from one that merely gets hot is essential before you commit to a purchase. How a H...




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