H.F. INDUCTION HEATING MACHINE
INDUCTION HEATING
Induction heating is employed for the treatment of ferrous and non-ferrous metals. The metal bar, or portion of the metal bar, to be heated is placed within the electromagnetic field produced by a coil carrying high frequency alternating current. The intense eddycurrents generated in the metal bar are responsible for the heating of the surface area.
ADVANTAGE： TYPICAL APPLICATION：

  1. Rapid heat cycle keeps scale and deformation to a minimum.

  2. Heat is produced only where it is needed.

  3. The heat input is precisely controlled and highly reproducible.

  4. Heat is produced in the component and rapid heat cycles can be obtained.

  5. Once set-up for the job, the equipment can be operated by unskilled labour.

  6. No warming-up time is required.

  7. Induction heaters produce no smoke or fumes, and no wasted heat. This results, in clean pleasant working conditions.

  1. HARDENING

  2. ANNEALING

  3. TEMPERING

  4. BRAZING

  5. SOLDERING

  6. MELTING

  7. FORGING

  8. OTHER INDUSTRIAL APPLICATIONS