In Induction Furnace Heat is Produced Due To?

What Powers the Heat in an Induction Furnace? The Science Explained

In today’s world of modern hydraulics and laboratory sciences, induction furnaces are accepted as the most advanced technology for melting metals. But have you ever thought about how heat is actually generated within these machines? The explanation is actually down to an intriguing principle of physics.

Induction Furnace Working Principle The Induction Furnace working is completely based on the principle of electromagnetic induction. If a wire is wrapped into a coil and an AC is passed through it (the inductor), it creates a magnetic field that is in continuous flux. When a conductive metal enters this magnetic field, magnetic currents are induced within the metals or eddy currents. These eddy currents resist the flow of the metal, developing enough heat to cause the metal to melt. No flame or heater element comes into contact with the material, unlike with standard furnaces. Heating is contactless and clean, and can be fine controlled.

Novus Life Sciences – R&D and Performance Innovation‎ Probably the best example of this technology in action is the one from Novus Life Sciences a renowned manufacturer of lab and industrial equipment. They offer a spectrum of induction heating process solutions that meet the most stringent criteria. Use Novus wherever high degree of efficiency and quality is expected with optimal durability whether in your roll former, press brake or surface conditioning equipment.

High level of accuracy of heat control is important in laboratories. In addition to induction furnaces, Novus provides other specialized solutions like depyrogenation ovens, which are imperative for sterilising glassware and eliminating pyrogens. And, their floor standing centrifuges and blood bank refrigerators (BBR) are invaluable in the clinical setting by delivering reliability and health regulation compliance.

Let’s say there is a metallurgical lab that wants to melt a handful of copper. With a NOVUS induction furnace, they are able to produce clean, rapid melting with no combustion gases or contamination. The productivity, safety and precision of such instruments have a competitive edge in advanced research and manufacturing.

Induction furnaces generate heat using the technology of electromagnetic induction which makes for a flameless, clean and efficient melting means. This characteristic make them suitable for the contemporary laboratory and industrial utilizations. Featuring state-of-the-art hardware from companies such as Novus Life Sciences, such as germinators, depyrogenation ovens, centrifuges and BBRs, precision and reliability are guaranteed. Trust Novus for the technology that fuels discovery and research.

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