1700°C Lifting Furnace
This lifting furnace system is used for heat treatment experiments in air at temperatures up to 1700°C, as well as for nanomaterial preparation and ceramic sintering. The furnace chamber is constructed of alumina polycrystalline fiber imported from Japan, with a circular chamber and silicon-molybdenum rods distributed around the perimeter. The furnace temperature is uniformly maintained within ±3°C, making it ideal for sintering non-metallic materials with demanding temperature profiles. A precision lead screw provides linear, electric lift, ensuring smooth and vibration-free movement of the furnace bottom. A servo motor provides adjustable lifting speed. A large-screen PID temperature controller displays temperature curves.
| Furnace size | Volume | Thermocouple | Heating element | Voltage |
| 200*150*150 | 4.5L | 4.5L | Silicon molybdenum rod | 220V |
| 200*200*200 | 8L | 8L | Silicon molybdenum rod | 220V |
| 300*300*300 | 27L | 27L | Silicon molybdenum rod | 380V |
| 400*400*450 | 72L | 72L | Silicon molybdenum rod | 380V |
| 600*600*650 | 200L | 200L | Silicon molybdenum rod | 380V |
| 1200*480*550 | 320L | 320L | Silicon molybdenum rod | 380V |
| 1200*600*600 | 430L | 430L | Silicon molybdenum rod | 380V |

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Why Hot Oil Tracing Still Earns Its Place in Process Plants A refinery must keep a sulfur transfer line above its melting point along a 400-meter pipe rack where no steam supply exists. A chemical plant must hold a polymer line at a stable 200°C through winter. In both cases, hot oil tracing delivers uniform, controllable heat without the condensate handling of steam or the electrical load of resistance tracing. Consider hot oil tracing when a site already operates a thermal oil heating system,...




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