160KW Fast Heating and Engery Efficient Induction Hardening Machine For Carbon Steel
Induction Hardening Machine
Induction Hardening is a form of heat treatment in which a steel or cast iron part is heated by electromagnetic induction, immediately followed by rapid cooling (quenching). Upon quenching, the metal undergoes martensitic transformation, significantly increasing its hardness.
Quick Detail:
| Model | GYD-160AB (Three phase) |
| Work power | 340V-430V |
| Maximum input current | 240A |
| Output power | 160KW |
| Fluctuating frequency | 30-80KHZ |
| The flow rate of cooling water | 0.08-0.16Mpa 12L/Min |
| Water temperature protection point | 50C |
| Product size | main :1090x650x1610 mm |
| transformer :980x480x850 mm | |
| Net weight | main : 265 kg |
| transformer : 138 kg |
Advantages of induction hardening:
Induction hardening offers a range of advantages over other hardening approaches. It is possible to harden a specific workpiece area with the exact penetration depth using induction hardening. Many applications require hardening the workpiece only on a particular section, which can be achieved by controlling the operational variables, such as the amount of current, heating time, and current frequency. In addition, a customized coil can be designed for the process based on specific use.
Following are the other key advantages of the induction hardening process.
Induction hardening is a heat treatment process carried out to enhance the mechanical properties in a localised area of a ferrous component. The resultant hardened area improves the wear and fatigue resistances along with strength characteristics.
Typical applications of induction hardening include gears, shafts, axles, cam lobes, stampings, and spindles, mostly symmetrical parts. Induction hardening is used to strengthen a specific area of a part. Single piece, surface hardening of selective areas.
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