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冶金部钢铁研究总院冯涤高级工程师、骆合力工程师等人在863计划支持下,研究开发了冷坩埚悬浮熔炼技术及设备,该项研究成果居国际领先水平,为我国新材料的研究开发提供了强有力的手段。冷坩埚熔炼技术被世界各国公认为目前材料研究、生产领域中最先进的技术,它源于感应渣熔炼(Induction slag melting),采用分瓣指形坩埚,使外加中、高频磁场透过指间缝隙对物料加热、搅拌和熔炼。熔炼过程不采用保护渣,物料与冷坩埚不发
Fengdii Senior Engineer of Steel Research Institute of the Ministry of Metallurgy, Luo Heli Engineer and others, supported by the 863 Program, have researched and developed cold crucible suspension melting technology and equipment. The research results are internationally advanced and provide the research and development of new materials in China A powerful tool. Cold crucible smelting technology is recognized by all countries in the world as the most advanced technology in the field of material research and production. It originates from Induction slag melting. The use of a finger crucible divides the medium and high frequency magnetic fields through the finger The gap between the material heating, mixing and melting. Smelting process does not use mold powder, materials and cold crucible not fat