Infrared electromagnetic heating equipment

   The Xuchang Infrared Technology Research Institute Co., Ltd. is located on Yongxing East Road, New Technology Development Zone of Xuchang, Henan (Zhongyuan Electrical Valley), with its predecessor being the Xuchang Infrared Technology Research Institute. It is one of the influential infrared heating research institutions in China. Infrared electromagnetic heating, also known as infrared electromagnetic induction heating, operates on the principle of generating an alternating magnetic field through an electronic circuit board. When an iron-containing container is placed on top, the container's surface cuts through the alternating magnetic lines, generating alternating currents (eddy currents) in the metallic bottom part of the container. These eddy currents cause the charged particles in the container's bottom to move rapidly and randomly, colliding and frictioning with atoms to produce thermal energy. This effectively heats the item. Since the heat is generated by the iron container itself, the thermal conversion rate is particularly high.zHighly attainable95%A direct heating method. Induction cooktop, induction stove Infrared electromagnetic rice cookers all utilize electromagnetic heating technology. Long lifespan: Infrared electromagnetic heating does not produce much heat from the coil itself, ensuring a long lifespan and no need for maintenance or repairs, with no cost for maintenance and replacement; the heating section uses a ring-shaped cable structure, which does not generate heat and can withstand500℃The above high temperature, with a service life up to10Year. No maintenance required; minimal maintenance costs in the later stages. AnqReliable The cylinder wall is heated by high-frequency electromagnetic action, with full utilization of heat and minimal loss. The heat accumulates internally within the heating element, with the surface temperature of the infrared electromagnetic coil slightly above room temperature, allowing for safe installation.qTouch, no need for high-temperature protection, secureqReliable. HighxEnergy-saving: Utilizing an internal heat heating method, the heat is generated directly by the infrared induction magnetic energy of the molecules within the heating body, resulting in a very quick heat-up, with an average preheating time reduced compared to resistance coil heating.60%Above, while also boasting a high thermal efficiency90%Above, the resistance coil heating saves energy under the same conditions.30—70%Significantly improved production efficiency. Precise Temperature Control: The coil itself does not generate heat, featuring low thermal resistance and heat inertia. The temperature inside and outside the barrel is consistent, with real-time and accurate temperature control, significantly improving product quality and high production efficiency. Good insulation properties: Infrared electromagnetic coils are wound with high-temperature and high-pressure special cables for customization, featuring excellent insulation properties and do not require direct contact with the tank's outer wall.jNo leakage, short circuit failure, safeqUnwavering. Industrial infrared electromagnetic energy-saving transformation is widely applied in energy-saving upgrades for plastic machinery heating, wood, construction, food, chemical industry, and more, such as plastic injection molding machines, extruders, blowing film machines, drawing machines, plastic films, pipes, wires, and other machinery; food processing, textiles, dyeing and printing, metallurgy, light industry, machinery, surface heat treatment and welding, boilers, water heaters, and other industries. It can replace resistance heating and traditional energy sources like open flame fuel. Textile dyeing and printing Raw materials are heated using electromagnetic heating to enhance energy utilization efficiency, increase heating speed, and improve temperature control accuracy. Light Industry Canned goods and other plastic packaging sealing materials, etc. Boiler Industry Infrared electromagnetic boilers take advantage of their fast heating speed, allowing for the abandonment of the traditional method of overall heating in boilers. Instead, they heat only at the outlet end of the boiler, enabling water to be heated as it flows, resulting in quick heating and space savings. Machinery Industry Infrared high-frequency electromagnetic heating can be applied to metal surface heat treatment, offering a significant improvement over traditional methods. It is also suitable for various processes, such as quenching of mechanical parts, as well as tempering, annealing, and normalizing after quenching. Additionally, it can be used for pre-heating before pressure processing. The application of infrared electromagnetic heating technology not only benefits product quality and production efficiency, as well as energy conservation and cost reduction, but also enhances the technical level of equipment manufacturing enterprises. It is increasingly accepted and utilized in traditional industries, with energy-saving electromagnetic heaters playing a key role.30%-70%Xuchang Infrared Institute will continue to focus on the research and development of infrared radiation heating technology to enhance safety.qEfficiency, reliability, and system lifespan, providing for you,zPure infrared heating technology solutions.