Principle of high-frequency induction heating
This is an introduction to the principle of high-frequency induction heating. ■ Unlike other heating methods that rely on heat transfer from external heat sources through convection, radiation, or conduction, induction heating generates heat within the object being heated itself. ■ Rapid and versatile heating is possible. - High heating efficiency allows for increased power density, making fast heating easy. - By appropriately selecting the frequency, output, and shape of the induction coil according to the purpose, it can accommodate various heating conditions such as localized heating, uniform heating, and surface heating. ■ Essentially does not require the furnace body or atmosphere to be heated, as the object being heated itself increases in temperature. - There is no need to heat unnecessary materials, ensuring competitive energy costs. - Good heating response makes control easy. - Since the heating is generated by the object itself, the temperature reacts quickly to the application of high-frequency power. - A dielectric coil is required to apply magnetic flux to the conductor. ======≪Trial Campaign≫＝＝＝＝＝＝ Now! We are running the following campaign! Please give it a try. ■ Free demo (heating test) ■ Free provision of product processing samples *For details, please contact us through the "Contact Us" section. ＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝＝
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basic information
This is an introduction to the principle of high-frequency induction heating. ■ Unlike other heating methods that rely on the transfer of heat from external heat sources through convection, radiation, or conduction, induction heating generates heat within the object being heated itself. ■ Rapid and versatile heating is possible. - High heating efficiency allows for an increase in power density, making rapid heating easy. - By appropriately selecting the frequency, output, and shape of the induction coil according to the purpose, it can accommodate various heating conditions such as localized heating, uniform heating, and surface heating. ■ Essentially, it does not require the furnace body or atmosphere to be heated; the object being heated itself increases in temperature. - There is no need to heat unnecessary materials, ensuring competitive energy costs. - The heating response is good, making control easy. - Since the heat is generated by the object itself, the temperature responds quickly to the application of high-frequency power. - A dielectric coil is required to apply magnetic flux to the conductor. ■ For those who want to know more about the principles, please download the materials. ■ If you are considering "existing replacements," please provide the manufacturer of the product you are using.
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Applications/Examples of results
■ Use ■ ■ Brazing ■ Soldering ■ Hardening ■ Annealing ■ Billet heater ■ Welding / Forge welding ■ Melting ■ Shrink fitting ■ Adhesion ■ Bombarder ■ Semiconductor manufacturing ■ Plasma superheating ■ Stripping / De-pan ■ Resin coating ■ Plastic molding ■ Mold processing ■ Thermal cycle testing, etc.
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Company information
■High-frequency technology will unlock further business efficiency for your company. Our company possesses advanced energy-saving technology that adapts "electromagnetic waves" to society. With high-frequency heating, we aim to contribute not only to energy saving and labor saving but also to resource conservation and the protection of the global environment by inducing the heating of objects through the energy of electromagnetic waves. ■Realization of compact and lightweight equipment! High-frequency heating is highly controllable through electric control circuits, making it very advantageous for automated lines that require high precision and running cost efficiency. Additionally, "compact and lightweight" are features of our high-frequency heating equipment. We have a proven track record in a wide range of fields.