2026年10月24日
150 to 200 kilogram melting furnace for investment casting melts each batch of steel in 40 to 45 minutes efficiently
150-200kg Capacity: Molten Steel Ready in 40-45 Minutes
Speed and thermal efficiency determine profitability in high-mix, low-volume foundries. Our high-frequency induction melting furnace for investment casting delivers an optimized balance of power and metallurgy, ensuring a full 150-200kg heat of molten steel reaches tapping temperature in just 40 to 45 minutes.
High-Speed Precision Casting Furnace Performance
Rapid cycle times minimize oxidation, reduce burn-off loss of critical alloying elements, and maintain clean liquid metal essential for intricate shells. Whether running medium-temperature wax casting processes for high-spec aerospace components or low-temperature wax casting for commercial hardware, this unit guarantees consistent metallurgical repeatability.
| Feature | Technical Specification | Operational Advantage |
|---|---|---|
| Crucible Capacity | 150 kg – 200 kg (Steel equivalent) | Ideal batch sizing for modern cluster trees |
| Melt Time | 40 – 45 Minutes (Hot furnace) | High turnover, low idle labor time |
| Pouring Method | Hydraulic / Mechanical Tilting | Smooth, laminar metal stream directly into molds |
| Applications | Carbon steel, alloy steel, stainless steel | Complete versatility for precision casting lines |
Key Manufacturing Advantages
- Superior Thermal Efficiency: Advanced solid-state power supplies convert maximum electrical input directly into core magnetic flux, slashing power consumption per ton.
- Electromagnetic Self-Stirring: Uniform heat distribution prevents alloy segregation, delivering chemically homogenous melt pools for defect-free investment shells.
- Fast Alloy Turnover: Rapid turnaround makes switching between stainless, tool steels, and plain carbon grades seamless without extensive downtime.
- Precise Temperature Tracking: Microprocessor controls prevent overheating, preserving the refractory lining and safeguarding the ceramic mold against thermal shock during pouring.
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