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Designed for high-purity alloy melting and precision casting under vacuum or inert atmosphere.
GWDLTHERMO Vacuum induction melting furnace designed for melting and casting high-purity metals and alloys under vacuum or inert atmosphere. Suitable for superalloys, stainless steel, rare earths, and precious metals. Ideal for aerospace, magnetic materials, precision alloys, and active metal processing. Ensures minimal oxidation and precise control over chemical composition.
Uses medium-frequency induction heating with advanced vacuum systems to achieve uniform melting and high material purity. Supports 1800°C max temperature under high vacuum (≤7×10⁻³ Pa). Integrated with vacuum chamber, induction coil, hydraulic tilting, PLC control, and safety systems. Enables smelting, alloying, sampling, and casting without breaking vacuum.
Fast heating, low heat loss, and easy operation. Continuous feeding, refining, and casting available without compromising vacuum integrity.
Delivers high-purity melts with minimal gas inclusion and oxide contamination, ideal for R&D labs and industrial alloy production.
Explore GWDL-RLL Series vacuum induction melting systems – ideal for titanium, nickel, and high-purity alloy production. Achieve fast, clean, and efficient melting under ultra-high vacuum conditions.
Vacuum induction melting furnace: 2300℃ high temperature controllable, 60-400kw power adapted to 5-1000kg loading capacity, high vacuum unit ensuring melting environment, suitable for precision casting and material research of nickel-based alloys and titanium alloys.
The medium-frequency vacuum induction melting furnace is an advanced equipment used for high-temperature melting of special metals, alloys or high-purity materials, which combines vacuum environment, medium-frequency induction heating and melting technology.
