Induction heating machine factory in China? 20 years focus on induction heating equipments production strong company: Provide stable and efficient high-end induction melting system solutions. Establish a strict quality control system to inspect the quality of raw materials, technical design, production process and after-sales service, and support the optimization, so as to ensure to make first-class products. Professional technical team + customized Integrated solutions! Employ many experts and engineers in the industry, and devote to the technical innovation and research and development of induction heating equipment. Independent production, annual output of 1500 sets to meet the production and supply of large-scale orders. Discover more information at induction heating machine manufacturer.
Induction melting furnace – induction coreless melting furnaces mean to melt metal and get cast iron and steel casting of the highest quality, also for founding high-hardness and stainless alloys, ferroalloys. Induction furnaces use in the foundries of the metallurgical plant, in the precision casting shops and in the repair shops of the machine-building factories. ICMEF – are retrofit furnaces of IAC, ICIC, ISC. Induction melting furnace is suitable to melt non-ferrous metals and alloys, such as brass, bronze, aluminum, copper and others. Check Kehua induction melting furnace supplier main products following.
If the charge to be heated is of non-magnetic material, then the heat developed is due to eddy current loss, while, if the charge is of magnetic material, the heat will be developed due to both hysteresis loss and eddy current loss. Both the hysteresis and eddy current losses depend upon the supply frequency. The induction heating is used in the following applications : Inductive heating is used for surface heating, melting and soldering, etc.
By altering the strength of the applied current, we can control the heating temperature. As the eddy current produced inside the material flows opposite to the electrical resistivity of the material, precise and localized heating is observed in this process. Besides eddy current, heat is also generated due to hysteresis in magnetic parts. The electrical resistance offered by a magnetic material, towards the changing magnetic field within the inductor, cause internal friction. This internal friction creates heat. This process is used in inductive furnaces for to heat metal to its melting point. As this is a contactless heating process, vacuum furnaces make use of this process for making specialized steel and alloys that would get oxidized when heated in the presence of oxygen.
The National Electric Furnace Quality Supervision and Inspection Center conducted a type test of the “KGPS-3000-0.3S / GW4 Energy-saving and Environmental Protection Induction Furnace” of Shandong Kehua Intelegent equipment Co., Ltd., and the rated capacity, power, Temperature, rated frequency, power factor, melting rate, unit power consumption, surface temperature rise of heated components, noise, cooling water temperature, grounding resistance, etc. See additional details at https://www.kehuafurnace.com/.