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High-performance lift furnaces with vertical door operation for easy sample handling.
Compared to standard front-loading box furnaces, elevator-type laboratory furnaces offer improved sample handling, better temperature uniformity, and enhanced atmosphere sealing. Their bottom-loading design makes them especially suitable for high-temperature sintering of fragile ceramics, heavy crucibles, or samples requiring vacuum or inert gas protection.
The furnace body is processed using a CNC machine tool. a U-shaped 1800 silicon molybdenum rod is used. The silicon molybdenum rod is a resistive heating element made from molybdenum disilicide as the base material, with a maximum surface temperature of 1860°C.
Corundum mullite chamber (four-layer insulation, 80% energy saving). Double-layer air-cooled shell (≤45°C). 30-segment programmable touchscreen, dual-circuit protection. 50kg loading platform (5-30s lifting speed). Acid-alkali-resistant body, stepped sealing, gas inlet, remote control. Safe, efficient, user-friendly.
High-precision touch-screen lifting electric furnace, operating at 1200℃ with temperature control accuracy of ±1℃. The touch screen allows unlimited storage of curves. It features lead screw loading and unloading, air cooling, and acid-alkali resistance, making it suitable for precise laboratory experiments.
High-temperature lifting furnace: 1200-1800℃ range, ±1℃ control accuracy/uniformity. Stirrer (5-50r/min, electric lifting). Lead screw lifting (5s-1min), 1-10 tons loading platform. Double-layer air-cooled body (≤45℃), acid-alkali corrosion resistant.
High-temperature cart-type lifting furnace with precise temperature control of ±1℃ and 50-segment programmable automatic temperature control. It has a load capacity of 300-500Kg, manual hydraulic lifting, and uses imported refractory materials for energy saving. The air-cooled furnace body is resistant to acid and alkali, and is suitable for industrial sintering applications.
The customizable tube-type lifting furnace with three high-temperature options features precise temperature control of ±1℃ and flexible electric lifting. A variety of furnace tube materials are available to adapt to different processes,Equipped with double-layer air cooling for heat dissipation .
