No overall heating of the workpiece,it can be selectively localized heat, thus less power consumption, small deformation of the workpiece.
1) no overall heating of the workpiece,it can be selectively localized heat, thus less power consumption, small deformation of the workpiece.
2) fast heating, enhances the processing in a very short period of time to achieve the required temperature, or even 1 second. So that the workpiece surface oxidation and decarbonization are lighter, most of the artifacts are not gas.
3) the equipment needed by adjusting the operating frequency and power, the surface hardened layer of regulation. So that the hardened layer of fine martensite, hardness, strength and toughness are high.
4) after heat treatment by induction heating of the workpiece, the surface under a thick layer of hard toughness region, with better compression stress, fatigue and the workpiece are higher breaking capacity.
5) heating equipment on the production line is easy to install, easy to implement mechanization and automation, ease of management, can effectively reduce the transport, saving manpower, increase production efficiency.
6) multi-usage. Complete quenching, annealing, tempering, normalizing, quenching and other heat treatment process, but also complete welding, melting, hot assembly, disassembly and heat through hot forming and so on.
7) easy to use, simple, open or stopped at any time. And without preheating.
8) can be manually operated, but also semi-automatic and fully automatic operation; you can even continue working long hours can also be used to stop the random use. Equipment in power in favor of the use of low discount price.
9) high power utilization, environmental protection and energy saving, safe, reliable, good working conditions for workers.
Model |
Input voltage
(custom made) |
Input Current |
Oscillation frequency |
Cooling water pressure(MPA) |
WGH-IV-36 |
Three-phase 380V |
3-36A |
30-40Khz |
0.1-0.3 |
WGH-IV-50 |
Three-phase380V |
3-50A |
30-35Khz |
0.1-0.3 |
WGH-IV-60 |
Three-phase 380V |
6-60A |
30-35Khz |
0.1-0.3 |
WGH-IV-80 |
Three-phase 380V |
6-80A |
25-35Khz |
0.1-0.3 |
WGH-IV-120 |
Three-phase 380V |
6-120A |
20-30Khz |
0.1-0.3 |
WGH-IV-160 |
Three-phase 380V |
6-160A |
20-30Khz |
0.1-0.3 |