High-efficiency, multi-metal coreless induction furnace for industrial and research applications.
High-efficiency, multi-metal coreless induction furnace for industrial and research applications.
Designed for foundries and academic labs, this system couples IoT + AI monitoring with a high-frequency inverter to deliver fast melt rates, precise temperature control, and low emissions. Replacing cupola furnaces with our coreless induction architecture can increase melting capacity by ~25% and cut CO₂ by up to 62% (based on the AMERICAN Cast Iron Pipe Company retrofit).
Multi-metal compatibility: Modular coils/linings match the electromagnetic profile of iron, steel, and other ferrous alloys to protect metallurgical integrity.
Optimized efficiency: Power-to-load matching, tuned frequency, and calibrated power curves shorten melt time and raise throughput (charge density control included).
System architecture: Next-gen inverter improves electrical efficiency and thermal management for rapid melt cycles; choose coreless for agile multi-alloy work or channel for high-volume continuous operations.
Melting window: 1150–1550 °C, maintained by closed-loop PID.
Temperature accuracy: ±5 °C (research-grade repeatability).
Cooling thresholds: Keep drain water < 50 °C to sustain efficiency; auto cut-back/stop engages if water rises above 35 °C to protect inverter and coils.
Compliance: EPA 2025 automated emission control, and startup/shutdown tracking.
Triple-layer safety: Interlocks and temperature-limit protection for multi-user teaching/R&D; overcurrent and short-circuit trips for cooling failure or foreign-object intrusion.
Water/coil protection: Leak detection and circuit isolation minimize short-circuit/explosion risk; scaling or low flow mitigated via periodic channel cleaning and pressure checks.
Lining integrity: Infrared/acoustic monitoring flags micro-cracks early (patch minor; replace when major).
Recommended applications: Foundries/steel plants (cast/ductile iron, carbon/alloy steel), research institutions (tight thermal control), vocational/university labs (safe demonstrations).
AI-driven monitoring •
EPA-ready low-emission operation •
High-frequency inverter for fast, stable melting •
Robust coil/operator protection •
Modular design for iron & steel workflows
See the Iron melting real test report and video, please check on me.
Discover the benefits of induction copper melting furnaces. Learn about performance, sizes, and applications for efficient copper, brass, and bronze melting (5–500 kg).