Gear Wheel Pulley Pulley Quenching Equipment

Product Detail

"Gear pulley pulley high-frequency quenching heating equipment furnace" This type of equipment is suitable for all kinds of diameter gears, sheaves, pulleys, sprockets, wheels, rollers and other surface heat treatment quenching, type
According to the different diameter of the workpiece to choose, we have two series of high-frequency series and medium-frequency series, to meet the different hardened layers of the workpiece (1.8-4mm), quenched gears, ropes, pulleys, chains
The surface hardness of wheels and other discs can reach 55-65 degrees, and the hardness is obviously higher than that without quenching, which improves the wear resistance of the disc surface, improves the product quality, and improves the market competition rate of the workpiece.




First, the main advantages of the "high-temperature quenching heating equipment furnace gear pulley pulley":
1. The quality of the induction heating equipment is stable and reliable, and the hard material meets the hardness requirements of the material. The hardened layer is qualified.
2. Easy to operate: only one programming, one boot, all workstations are automatically completed according to the preset program.
3. Our company can go to the scene to install and debug and configure a variety of sensors to meet your plant's various needs.




The main technical parameters and main features of the equipment:
Second, why did you choose the leading brand "gear pulley pulley high frequency quenching heating equipment furnace"?
1. Adopt IGBT as the main device, full-bridge inverter, perfect protection function and high reliability.
2. It can remotely control and match infrared temperature measurement to realize automatic temperature control, improve heating quality and simplify worker operation.
3. Substitution of oxyacetylene flame, coke oven, salt bath oven, gas stove, oil stove and other heating methods.
4. The use of frequency automatic tracking and multi-channel closed-loop control, simple installation, easy operation.