Industrial Gas Burners and Solenoid Valves for Manufacturing Plants | Stiefel

Stiefel has been a reliable source for combustion and gas equipment since 2013 and is now bringing its expertise to industrial induction heaters. Based in Guangzhou, China, the company designs heating systems that use electromagnetic induction to heat conductive materials. These heaters provide precise and energy-efficient heating for a range of industrial needs. The way an induction heater works is simple yet effective. It generates a high-frequency electromagnetic field that creates eddy currents inside the target material. These currents convert electrical energy into heat without any physical contact, resulting in fast, uniform heating and very little energy waste. Stiefel’s industrial induction heater incorporates advanced power electronics and specially designed coils to make the most of each kilowatt. This means manufacturers can achieve strict temperature targets for processes like metal hardening, forging, soldering, and heat treatment, where even a small deviation can affect quality. The heater is also compact and modular, so it can fit into existing production lines without taking up extra space. It can handle different part sizes and shapes, offering flexibility when setups change. One of its standout features is the ability to concentrate heat on a specific area, leaving the rest of the part cooler. This focused heating minimizes thermal stress and boosts overall process efficiency, making it a strong choice for precision manufacturing.

Built with heat-resistant, heavy-duty materials, this industrial induction heater delivers dependable, long-term operation even under constant, high-stress use. Its efficient cooling systems keep vital internal parts at safe temperatures, preventing overheating. Operators enjoy straightforward control through responsive touchscreens and programmable presets, allowing them to create, save, and repeat precise heating profiles across multiple production runs. The heater easily handles a range of metals—steel, aluminum, and copper—making it suitable for automotive, aerospace, and general metalworking applications. Thorough testing confirms compliance with global energy efficiency and safety regulations, and it uses up to 30% less power than conventional heating, supporting Stiefel’s focus on energy-saving technology. Stiefel’s ongoing research and development drive continuous enhancements in heating speed and heat uniformity, featuring innovative coil configurations that optimize the magnetic field.