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Induction Melting Vacuum Degassing FurnaceThe furnace features a compact footprint with a simple structure, ensuring ease of operation, maintenance, and repair. It adopts mature, reliable, and safe coreless induction furnace technology. Materials refined by this furnace exhibit significantly improved hot workability. Despite a shorter production process, it enables the production of high-quality alloy materials. The three-phase power frequency stirring power supply system ensures a more homogeneous composition of the molten alloy. The vacuum system is equipped with a new type of immersed oil filter, protecting vacuum pumps and reducing the risk of spontaneous combustion. It supports multiple operating modes, including atmospheric melting, vacuum degassing followed by atmospheric pouring, vacuum melting, vacuum degassing, and protective atmosphere pouring. The induction furnace body is equipped with a quick crucible ejection function, enabling safer, more convenient, and faster crucible replacement.
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Efficient Deep Degassing and Impurity Removal Induction melting in a high-vacuum environment deeply removes harmful gases such as hydrogen, oxygen, and nitrogen from molten metal. Meanwhile, electromagnetic stirring promotes the volatilization of low-melting-point impurities and the floating separation of non-metallic inclusions, eliminating porosity, inclusions and other defects at the source, greatly improving metal purity and cleanliness. Precise Composition Control and Homogenization Integrated with a high-precision temperature control and automatic batching system, it can accurately regulate alloy element content and minimize the burning loss of active elements. Combined with electromagnetic stirring, it achieves uniform composition, completely eliminates segregation, and ensures stable and consistent performance of each batch of ingots, providing high-quality raw materials for subsequent precision casting. Flexible Adaptation to Multiple Working Conditions and Resource Recycling Supports two melting modes: atmospheric and vacuum, which can be flexibly switched according to material characteristics. It can not only perform vacuum refining on ordinary metal raw materials, but also remelt and recycle alloy scraps, realizing full-process control from melting, degassing to pouring, greatly reducing raw material costs and improving resource utilization.
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