English
Induction heating equipment is widely used in automotive manufacturing, mainly for heating and processing metal parts. Utilizing the principle of electromagnetic induction, it heats materials by generating eddy currents in a conductor (such as metal). Junko Energy is a manufacturer that specializes in the design, production, and sales of induction heating equipment, with technological innovation being a key feature of Junko Energy.
Induction heating is playing an increasingly important role in automotive manufacturing. With the continuous advancement of Junko Energy induction heating technology, its application scope and effectiveness will further expand. Junko Energy has a strong R&D and production system, a process system, good quality, superior performance, and complete supporting products. Junko Energy can design and manufacture various types of induction heating equipment and heat treatment equipment according to customer needs, to meet the requirements of customers in actual production. By providing efficient, energy-saving, and safe heating solutions, Junko Energy helps the automotive industry improve production efficiency and product quality.
Metal Heat Treatment
Quenching: Rapid heating followed by cooling to increase the hardness and strength of metal materials, suitable for automotive parts such as gears, shafts, and crankshafts.
Annealing: Induction heating can be used to reduce the hardness of metal materials and enhance their plasticity for subsequent processing.
Welding
Induction Welding: Induction heating can be used for connecting metal parts, especially in situations requiring high precision and high-strength connections. Induction welding allows for precise heat input, reducing the heat-affected zone and minimizing deformation risks.
Thermal Assembly
Thermal Expansion Assembly: Utilizing induction heating for rapid heating of parts to cause expansion, followed by assembly. Upon cooling, the parts contract to achieve a tight fit.
Surface Treatment
Surface Hardening: Localized heating of parts' surfaces to enhance wear resistance and corrosion resistance.
Pre-treatment before Coating or Plating: By heating, the adhesion and uniformity of the coating can be improved.
Rapid Heating
Induction heating provides fast heating, completing the process within seconds, making it suitable for mass production.
Energy Efficiency
Due to high heating efficiency, induction heating equipment generally exhibits low energy consumption, contributing to reduced production costs.
Precise Control
The heating temperature and depth of Induction heating can be precisely controlled to meet different material and process requirements, ensuring part quality.
Safety
Induction heating equipment generates heat concentrated on the workpiece, with a lower surrounding temperature, reducing the risks of burns and fires.
Environmental Protection
As no fuel or chemicals are needed in Induction heating, the heating process is relatively clean, aiding in the reduction of environmental pollution.
