Quality induction heating machine provider? SHANDONG KEHUA INTELLIGENT EQUIPMENT CO.,LTD. is mainly engaged in products such as intermediate frequency induction heating furnaces, and intermediate frequency melting furnace,vacuum melting furnace,precision casting furnace, medium frequency quenching and tempering production line,quenching equipment, CNC quenching machine,industrial electric furnace ( such as Trolley type resistance furnace,gas carburizing ,carbonitriding multi-purpose furnace,gas nitriding furnace ) as well as internal circulation enclosed water cooling systems and other products. See even more info at induction heating equipment.
What is induction melting? Induction melting is the induction heating of a metal, typically within a crucible until the metal becomes molten using an induction furnace. Once the metal has fully melted, the liquid is then poured into an ingot mold or cast into a component at a foundry, or into smaller precise parts such as dental and jewelry castings. How does induction melting system work? An Induction melting furnace uses a copper induction heating coil that delivers an alternating magnetic current to the metal within the coil. This alternating magnetic current creates a resistance in the metal, causing it to heat and eventually to melt. Induction furnace technology does not require any flame or gasses that can be harmful to the environment to melt metals. Welcome visit us for more info about induction melting, induction melting system.
When the AC supply is connected to the primary winding, it induces currents in the charge. As the secondary, i.e., the charge has some resistance, thus the induced currents in the charge heats it up. Factors Affecting Induction Heating: In order to analyze the factors affecting the induction heating process, let us consider a circular disc which has to be heated. The disc carrying a current of I amperes at a frequency of f Hz; refer the figure. The induction heating is used in plastic injection modeling machines.
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 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 extra info at https://www.kehuafurnace.com/.
