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.
Long-term operation at 1200℃, with both temperature control and constant temperature accuracy of ±1℃. Heated by silicon carbide rods, suitable for 1-3 tons of load, hydraulic lifting, and applicable to multiple atmospheres.
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.
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.
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.
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.
1200℃ dual-platform lifting furnace with dual-station alternating operation efficiently completes high-temperature sintering/heat treatment of ceramics, metals and other materials. The lifting structure is suitable for various workpieces.
