Features of high-frequency heating devices

basic information

High-Frequency Heating Device Utilizing Electromagnetic Induction of Magnetism ■□■Features■□■ ■Advantages of High-Frequency Induction Heating - Unlike other heating methods that rely on heat transfer from external heat sources through convection, radiation, or conduction, high-frequency induction heating converts commercial power sources of 50/60Hz to several hundred to several million Hz, efficiently transferring energy from the power source to the heated object (conductor) through magnetic fields in a non-contact manner, allowing the heated object itself to generate heat directly. - It can be applied to all conductive materials regardless of environmental conditions, and control can be performed at high speeds. - By appropriately selecting the frequency of the induced current and the heating coil, rapid heating of specific parts of the heated object is possible. ■Instantaneous, localized, and uniform heating is possible. It also accommodates surface-only heating. ■Realization of earlier delivery, and miniaturization and lightweight design of the device. ■Widely applicable to all industrial heating that uses metals. ■For those who want to know more about the principles, please download the materials. ■If you are considering "existing replacement," please provide the manufacturer of your current product.

Price information

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Applications/Examples of results

■□■Applications■□■ ■Brazing ■Soldering ■Hardening ■Annealing ■Billet Heater ■Welding / Forge Welding ■Melting ■Shrink Fitting ■Adhesion ■Bombarder ■Semiconductor Manufacturing ■Plasma Overheating ■Stripping / De-panning ■Resin Coating ■Plastic Molding ■Mold Processing ■Thermal Cycle Testing, etc.