Steel Plate Induction Hardening and Tempering Line Shipment News

Recently, a complete set of steel plate induction hardening and tempering line independently developed and manufactured by our factory has been fully finished, inspected and successfully loaded into containers, ready for delivery to an overseas metal processing customer. This batch of intelligent heat treatment equipment marks another key export order delivered smoothly, further consolidating our market share in the global medium-frequency induction heating equipment sector.

This automated steel plate hardneing and tempering production line integrates feeding, medium-frequency induction heating, precise spray quenching, low-temperature tempering and automatic discharging as one closed-loop system. Driven by advanced IGBT inverter power supply, the equipment delivers rapid and uniform heating on steel plate surfaces, cutting overall energy consumption by over 32% compared with old-style heating machines. Equipped with real-time temperature monitoring and servo conveying control systems, it effectively reduces plate bending and distortion during thermal processing, ensuring consistent hardness and stable mechanical performance of finished steel plates. The whole line runs unattended continuously, greatly lowering labor input and production costs for end users.

In recent years, global demand for high-performance wear-resistant steel plates keeps rising, driving growing orders for matched induction heat treatment lines. Many overseas manufacturers are phasing out outdated high-energy-consuming equipment under local energy-saving and carbon reduction policies. Our series of steel plate thermal processing lines stand out in international competition relying on energy-saving design, intelligent control, long service life and reliable after-sales support. Up to now, our induction hardening and tempering equipment has been exported to Southeast Asia, the Middle East, Europe and other regions, winning consistent recognition from metal processing enterprises.