Induction heating equipment wholesale provider by kehuafurnace.com
Induction heating equipment manufacturer and supplier with Kehuafurnace? 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. Read additional information on induction heating machine manufacturer.
At Cooling Equipment we work with you to ensure that we meet with your exact requirements. Every client has their own demands that they need to achieve, by working with Cooling Equipment you’ll be able to meet your clients exact capacity needs. We offer a types of cooling equipment manufacturing service where we assemble the equipment to meet any capacity requirement. Our types of cooling equipment manufacturing expertise ensures that you’ll get the exact solution you’re after.
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.
Now the principle of Joule heating is observed. According to this when a current is passed through a material heat is generated in the material. So, when current is generated in the material due to the induced magnetic field, the flowing current produces heat from within the material. This explains the process of non-contact inductive heating. The setup used for the induction heating process consists of an RF power supply to provide the alternating current to the circuit. A copper coil is used as inductor and current is applied to it. The material to be heated is placed inside the copper coil. Targeted heating for surface heating, melting, soldering is possible with the inductive heating process. Besides metals, heating of liquid conductors and gaseous conductors is possible by inductive heating. For heating of silicon in semiconductor industries, the inductive heating principle is used.
The test results meet the national standards GB / T10067.3-2015, GB / T10066 .3-2014, GB5959.3-2008 technical requirements. The rated temperature is 1450℃, the power factor is as high as 0.982, and the unit power consumption is 548.1KW · h / t, which meets the first-class standards. For this power consumption, the electricity cost that can be saved for the user is considerable. Since its establishment, the company’s technology research and development capabilities and economic benefits have been continuously improved and steadily increased. See additional info on https://www.kehuafurnace.com/.