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Address:Room 1505, Building 9, No. 26 Dongqing Street, Zhengzhou High-tech Industrial Development Zone
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This large-scale hydraulic lifting high-temperature furnace is a new type of high-end heat treatment equipment integrating intelligence, energy saving, and safety. The equipment combines mature imported processes with independently developed and optimized technologies, breaking through the limitations of traditional tube furnaces and box furnaces. It adopts a split-type touch control + hydraulic lifting furnace body structure, balancing aesthetics, performance, and practicality. It is a dedicated electric furnace suitable for precision scientific research experiments, new material development, and batch heat treatment production.
The core furnace chamber is made of high-end imported composite high-temperature fiber material, CNC integrated construction, with a stable and dense structure. It possesses superior resistance to thermal shock, rapid heating and cooling, and corrosion resistance. During operation, there is zero slag shedding, zero crystallization, zero pollution, and no collapse, effectively extending the equipment's service life. Equipped with an intelligent microcomputer temperature control system and independent safety protection module, it supports fully automatic program temperature control and remote online control. The lifting furnace platform design significantly improves material loading and unloading efficiency, and its overall performance far exceeds that of similar traditional electric furnaces.
The equipment is highly versatile and widely adaptable to research and production scenarios in university laboratories, research institutes, military units, and various industrial and mining enterprises. It can stably complete sintering, annealing, quenching, tempering, heat treatment, and new material research and development experiments for materials such as powder materials, electronic components, metallurgical materials, pharmaceutical intermediates, ceramic products, new glass materials, chemical raw materials, refractory materials, building materials, and special metals. It is a high-precision, high-temperature processing equipment applicable to multiple industries.
The core furnace chamber is made of high-end imported composite high-temperature fiber material, CNC integrated construction, with a stable and dense structure. It possesses superior resistance to thermal shock, rapid heating and cooling, and corrosion resistance. During operation, there is zero slag shedding, zero crystallization, zero pollution, and no collapse, effectively extending the equipment's service life. Equipped with an intelligent microcomputer temperature control system and independent safety protection module, it supports fully automatic program temperature control and remote online control. The lifting furnace platform design significantly improves material loading and unloading efficiency, and its overall performance far exceeds that of similar traditional electric furnaces.
The equipment is highly versatile and widely adaptable to research and production scenarios in university laboratories, research institutes, military units, and various industrial and mining enterprises. It can stably complete sintering, annealing, quenching, tempering, heat treatment, and new material research and development experiments for materials such as powder materials, electronic components, metallurgical materials, pharmaceutical intermediates, ceramic products, new glass materials, chemical raw materials, refractory materials, building materials, and special metals. It is a high-precision, high-temperature processing equipment applicable to multiple industries.
