Vacuum Elevator Furnace

Elevator Furnace Advantages Over Box-Type

Compared with traditional box furnaces, vacuum elevator furnaces offer distinct advantages in structure, safety, and performance:

Superior sealing performance: With a fixed top lid and bottom-lift platform, elevator furnaces have fewer sealing surfaces, making it easier to maintain stable vacuum or inert atmospheres. In contrast, box furnaces rely on door gaskets that wear over time.
Safer loading at high temperatures: Samples are loaded from below, avoiding direct contact with the hot chamber. This reduces burn risk and supports repeated high-temp operations. Box furnaces require manual front loading, exposing operators to residual heat.
Better temperature uniformity: The vertical symmetry of elevator furnaces ensures more even heat distribution, ideal for sintering or sensitive material processing. Side-door designs in box furnaces often result in localized heat loss.
Easier integration with gloveboxes or atmosphere systems: The lift platform design allows easy integration with gloveboxes or bottom-loading chambers, expanding its use in advanced laboratory and pilot-scale environments.

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Vacuum atmosphere lifting furnace with in-furnace rotating stirring | 1200℃ temperature control (±1℃), intelligent program temperature control, multi-gas accessible

Rotary Stirring Vacuum Atmosphere Lift Furnace

The equipment is equipped with a loading table featuring lead screw lifting and optical axis guiding, with adjustable rotation and stirring functions. It adopts three-layer thermal insulation and air-cooling for temperature reduction, keeping the shell temperature ≤45℃. It supports 30-segment program temperature control and RS485 remote operation, with durable buttons equipped with indicator lights.

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1200℃ Vacuum Atmosphere Lead Screw Lifting Furnace | Silicon Carbide Rod Heating, 0.1-10 Ton Load Capacity, Temperature Control Accuracy ±1℃

Lead-Screw Vacuum Atmosphere Lift Electric Furnace

Power supply: 220V/380V. Temperature measurement: Platinum-rhodium S-type thermocouple. Heating: Silicon carbide rods heating around the furnace. Furnace lining: High-purity alumina. Equipped with a vacuum pump and gas protection system, as well as RS485/USB communication interfaces.

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High-temperature lifting furnace, double loading platforms for alternate operation, temperature control ±1℃

1200℃ Corrosion-Resistant Double-Material-Stage Lifting Furnace

The high-temperature lifting furnace adopts 5 sets of temperature control systems, supports alternate operation of double loading platforms, is suitable for hydrofluoric acid corrosion prevention scenarios.

Detail

1400 electric furnace, 6-point temperature control, 3000KG load high-temperature sintering furnace

Vacuum atmosphere lifting furnace dedicated to magnetic materials

Magnetic material dual loading platform design, heated by silicon carbide rods with a diameter of 1600, maximum temperature 1400℃, temperature control accuracy ±1℃, suitable for high-temperature sintering and heat treatment in multiple fields, export-quality equipment.

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$1700℃ lifting furnace with imported refractory materials, four-layer insulation, high-demand sintering equipment$

1700℃ vacuum atmosphere lifting furnace

It can operate at 1700℃ for a long time, with 1800U-type molybdenum disilicide rods as heating elements. It is suitable for multiple atmospheres and vacuum environments, and supports the functions of rotation.

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1700℃ vertical vacuum electric furnace, hydrogen-nitrogen atmosphere, alloy sintering equipment

Hydrogen Furnace for Heating Tungsten Rod at 1700 Degrees

Specifically designed for vacuum sintering of alloy and non-metallic materials, it features a single-chamber vertical structure, integrating vacuum, gas-filling, water-cooling and electrical control systems. it is suitable for high-precision sintering processes.

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