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In This Chapter
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Industrial Applications of Induction Heating
- Heat Treatment by Induction
- Hardening
- Tempering and Stress Relieving
- Normalizing
- Annealing
- Full Annealing and Homogenization
- Intercritical Annealing
- Subcritical Annealing
- Spheroidized Anneal or Spheroidizing
- Induction Heat Treating of Nonferrous Metallic Materials
- Induction Mass Heating
- Bar, Rod, and Billet Reheating
- Thixoforming Applications
- Tube, Pipe, and Vessel Heating
- Wire, Rope, and Cable Heating
- Slab, Plate, Rectangular Bar, and Bloom Heating
- IH of Strips, Thin Slabs, Plates, Films, and Sheets
- Coating
- Special Applications of IH
- Joining, Friction Welding, Brazing, Bonding, Soldering, and Sealing
- Shrink Fitting and Disassembling
- Motor Rotor Heating
- Seam Annealing
- Induction-Assisted Laser Materials Processing
- Food Industry
- Papermaking
- Wool and Wood Processing
- Chemical Industry
- Cap Sealing
- Miscellaneous
- Induction Melting
- Induction Channel-Type Melting Furnace
- Induction Crucible-Type (Coreless) Furnace
- Induction Vacuum Melting
- Induction Welding
- Conclusion
Abstract
There are many ways to heat metallic materials including the use of induction heaters, gas-fired furnaces, fluidized bed furnaces, salt baths, infrared heaters, electric and fuel-fired furnaces, and others. Each method has its own advantages and limitations. There is obviously no universal method that is best in all cases.
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