Induction quenching equipment
Features:
Application: Surface & Through Quenching
Heating : Bar,Tube,wire,shaft
Bar Diameter Allow: Φ20-110mm
Pipe Diameter Allow: Φ60-300mm
Product Detail
Application Video
Product Tags
The induction quenching equipment ensures high quality of the product, high reproducibility, decrease of the production costs and what is the most important, ensure continuous, failure free and safe operation. Years of experience in design and manufacturing of the induction quenching equipment let us meet requirements of each customer.
Induction quenching equipment makes possible to heat and quench detail selected area. The equipment can be easily integrated into production line.
● Bar diameter available: ø20-150 mm
● Pipe diameter available: ø20-300 mm
● Length available: Not limited
● Heat treatment requirement: Reach to user’s request at yield strength, tensile strength, straightness.
Induction quenching equipment features
● Systems for bars, tubes, wires and shafts
● Centerless systems-one or double tracks, automatic loading and unloading, programmed quenching zone, controlled process parameters, easy in-line integration.
● Process parameters visualization and monitoring
● Automatic loading and unloading
● Compact design
● Optional tempering systems
● Custom designed systems
Custom designed induction quenching equipment for high volume applications:
● Automotive industry
● Railway industry
● Hand tools industry
Diameter | Automatic Control | Power Design |
Ø18-Ø28 mm(Steel bar) | PLC Control | IGBT200KW Quenching |
Ø30-Ø70mm(Steel bar) | PLC Control | KGPS350KW Quenching |
Ø80-Ø110(Steel bar) | PLC Control | KGPS450KW Quenching |
Ø16-Ø32 mm(Sucker rod) | PLC Control | IGBT200KW Quenching |
As our induction heater is all customized, the above parameters are only for your reference.
Overseas manager: Tom Wang
Email:tom@foreverfurnace.com
Phone: 0086-13303078975(whatsapp, wechat,line)
Specialist of induction heating equipment and system in China; Glad to be your business partner in induction heating field.