Welcome to the world of Induction Holding Furnace metal temperature control with our revolutionary Induction Holding Furnace. Designed to meet the evolving needs of metal processing industries, our furnace sets new standards in efficiency, reliability, and customization. Discover the unique features that make our Induction Holding Furnace the ultimate solution for your business.We Are verified Prominent Manufacturer & Supplier of Induction Holding Furnace in India. A coil that is conveying an alternating electric current encircles the metal container or chamber in the induction furnace. The induction of eddy currents in the metal (charge) results in extremely high temperatures that can be used to melt the metals and create alloys with precise chemical compositions.
leveraging the principles of electromagnetic induction, the Induction Holding Furnace offers precise temperature control, uniform heating, and efficient energy utilization. Its ability to maintain a stable and controlled environment for metal processing applications makes it a valuable tool in various industries. Induction Holding Furnace in Ahmedabad.
The power supply that supplies the furnace with the necessary electrical power for operation is connected to it. Typically, the power source produces a high-frequency AC current.A coil consisting of copper or another conductive material is within the furnace. As the AC current flows through this coil, a magnetic field that is always changing surrounds it.generation of a magnetic field The coil generates a magnetic field that extends into the furnace's interior as the AC current passes across it.Electromagnetic Induction Eddy currents are produced in the metal charge or molten metal in the furnace as a result of the magnetic field produced by the coil. Within the metal, these eddy currents move along circular courses. Heating in Joules The metal heats up as the eddy currents face resistance as they pass through it.