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ACME Xingsha Industrial Park, East Liangtang Rd. , Changsha City, Hunan
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Continuous fully automatic reduction furnace
Continuous fully automatic reduction furnace is mainly used for metal powder (like tungsten, moly, etc) reduction.
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Metal powder reduction sintering production line
The metal powder reduction sintering production line is specially designed for high melting point refractory metals (such as tungsten, molybdenum, rhenium, etc.), providing a full-process intelligent manufacturing solution from metal powder raw materials to high-density, high-performance precision products. The core processes cover hydrogen reduction, precision molding, efficient degreasing, and atmosphere sintering and high-temperature densification treatment.
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Steel Belt Furnace
This equipment is primarily used for the reduction of metal powders such as iron powder, copper powder, cobalt powder, nickel powder, tungsten powder, and molybdenum powder. It is also suitable for the calcination of metal salts including carbon powder, aluminum granules, APT (Ammonium Paratungstate), and ceramic powders.
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High Temperature Rotary Furnace
This equipment is mainly used for processes such as the calcination of various metal salts and the reduction of metal oxides, as well as for drying electrolytes and high-temperature pyrolysis treatment in lithium battery recycling.
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Fully Automated Molybdenum Wire Carburizing Furnace
The Fully Automated Molybdenum Wire Carburizing Furnace is primarily designed for the carburization of tungsten powder and the reduction of metal powders. It is also suitable for processes such as the sintering of copper-tungsten alloys and tungsten-molybdenum high-density alloys.
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Mesh Belt Sinter Furnace
This equipment is primarily used for the high-temperature sintering of iron-copper based powder metallurgy parts, such as the sintering treatment of oil-impregnated bearings, gears, clutch plates, bushings, and liners; it can also be employed for continuous carburizing, quenching, hardening, and tempering heat treatment of hardware components, as well as for annealing and reduction processing of metal powders.
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