Prinova Global
Induction heating is a fast, efficient, precise and repeatable non-contact method for heating metals or other electrically-conductive materials. The material may be a metal such as brass, aluminum, copper or steel or it can be a semiconductor such as silicon carbide, carbon or graphite.
Induction heating machines are used to heat metal parts quickly and accurately through electromagnetic induction. Compared with flame or resistance heating, they provide higher efficiency, better temperature control and improved process consistency.
They are widely used in forging, hardening, brazing, annealing, quenching and heat treatment operations across automotive, machinery, fastener and metal processing industries.
25KW separate type high frequency induction heating machine for fastener heat treatment
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60KW induction heating machine suitable for medium scales of bolts and screws
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80KW high frequency induction heating machine for heating automobile parts and motorcycle parts
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120KW induction heating equipment used for gears, sprockets, shafts, spline shafts, pins, etc.
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260KW high frequency induction heating machine for quenching treatment in the machine tool industry.
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Medium frequency induction melting furnace for melting 1-5KG steel and stainless steel
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Medium frequency induction melting furnace for melting 10-20KG copper, brass and iron
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Medium frequency induction melting furnace for melting 10-20KG copper, brass and iron
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Medium frequency induction melting furnace for melting large capacity metals alloy
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Medium frequency induction melting furnace for melting 50KG aluminum alloy
Request A QuoteOur induction heating machines provide a reliable and efficient solution for industrial metal heating. With precise power control and stable heating performance, they are widely used in heat treatment, forging, brazing and other metal processing applications.
Induction heating generates heat directly within the workpiece, allowing faster heating cycles and more uniform temperature distribution. This helps improve production efficiency and process consistency.
Power output and heating time can be accurately adjusted to meet different process requirements. Controlled heating helps reduce overheating, distortion and material waste.
Compared with conventional heating methods, induction heating transfers energy directly to the target area, reducing heat loss and improving overall energy efficiency.
Induction heating operates without open flames or direct contact with the workpiece. This helps reduce oxidation, improve workplace safety and maintain stable production quality.
Induction heating is used in a wide range of metal processing and manufacturing operations. It provides fast heating, precise control and repeatable results for heat treatment, joining, forming, coating and custom industrial processes.
Localized heating for joining metal and non-metal components.
Provides clean, repeatable joints with minimal heat impact on surrounding materials.
Induction heating is suitable for conductive materials such as steel, stainless steel, copper, brass, aluminum and carbide materials.
The required power depends on workpiece size, material, target temperature, heating time and production capacity.
High frequency is often used for shallow heating, brazing and surface hardening. Medium frequency is more suitable for deeper heating, forging and larger workpieces.
Yes. Kexin can design customized induction coils according to the shape, size and heating area of the workpiece.
Please provide material, diameter or dimensions, heating temperature, heating time, application and production capacity.
Get a customized induction heating solution tailored to your production needs.