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Adress: Luoxin Industrial Park, Luoyang, HenanLarge diameter steel pipe quen
Piston rod quenching and tempe
Grinding rod quenching and tem
induction heating machine 
High frequency induction heate
Quenching equipment for machin
Round steel end heating furnac
Steel pipe heat treatment prod
Square steel quenching and tem
Sucker rod quenching and tempe
Thickened petroleum steel pipe
Round steel quenching and temp
Steel pipe quenching and tempe
Steel plate quenching and temp
Induction Hardening Machine&nb
Flywheel ring gear high freque
Steel plate electric heating equipment
The steel plate induction heating equipment applies the principle of electromagnetic induction. The workpiece is placed in an alternating magnetic field to generate eddy current loss and generate heat. Low strength, can ensure product quality and easy to organize automatic production lines and other advantages, so it is more and more widely used.
Features of steel plate electric heating equipment:
1. Regardless of the equipment under any circumstances, the load directly starts quickly.
2. Temperature closed-loop control, detected by infrared thermometer, can automatically adjust the power of intermediate frequency induction heating equipment in real time, and provide users with accurate power control.
3. PLC control system, automatic control of the whole process of automatic feeding, heating, and discharging sorting.
4. Touch screen display, temperature curve, water temperature alarm, visual operation such as urgent furnace temperature, mechanical action, frequency conversion speed control, etc., convenient and easy to learn.
5. The steel plate electric heating equipment adopts the roller table feeding method, which is automatic and uniform speed feeding, and can be adjusted by frequency conversion.
6. Good energy-saving effect, more than 10% energy saving, and little harmonic pollution.
7. The steel plate induction heating furnace has stable operation, long service life, stable heating temperature, and small temperature difference between core and surface.