Table of Contents 01 What is a continuous induction billet heating system? 02 How does electromagnetic induction heat a billet? 03 Which metals can be heated? 04 What power and frequency are required? 05 How is temperature controlled and monitored? 06 How energy-efficient is induction vs. gas furnaces? 07 What automation features are available? 08 … Read more
Case Study: Optimization of Bearing Assembly and Disassembly Using Induction Heating Technology Executive Summary This case study examines how Volvo Construction Equipment’s manufacturing facility in Eskilstuna, Sweden implemented an induction heating system to optimize their bearing assembly and disassembly processes. The transition from traditional flame heating methods to precision induction technology resulted in a 68% … Read more
Pre-heating Pipes and Tubes in the Oil and Gas Industry with Induction Heating Systems In the oil and gas industry, proper welding of pipes and tubes is critical for maintaining structural integrity, preventing leaks, and ensuring operational safety. Pre-heating is an essential step in this process, particularly for high-strength alloy steels and materials with significant … Read more
Unlocking the Potential of Combustion Exhaust Gases with Induction Heating As the world continues to grapple with the challenges of climate change, energy efficiency, and sustainable development, innovative technologies are emerging to help mitigate these issues. One such technology is the combination of combustion exhaust gases with induction heating, a game-changing solution that can significantly … Read more
Induction Heating •Works like a transformer (Step down transformer –low voltage and high current ) – electromagnetic induction principle Induction Heating Advantages • No contact is required between the work piece and the induction coil as the heat source • Heat is restricted to localized areas or surface zones immediately adjacent to the coil. • … Read more