Medium- and high-frequency induction heating furnaces are suitable for heating a wide range of metal materials. They deliver excellent heating performance for ferrous metals, such as carbon steel and alloy steel. For instance, common grades like 45 steel can be rapidly heated to the temperatures required for processes such as forging and heat treatment, thereby enhancing processing efficiency and quality.
These furnaces also offer precise control over the heating process for stainless steels (such as 304 stainless steel), meeting requirements for forming and pre-heating prior to welding.
Non-ferrous metals-including copper and copper alloys like pure copper and brass-heat up rapidly under medium- and high-frequency induction, facilitating operations such as drawing and extrusion. Aluminum alloys are also well-suited to this method, allowing for rapid, uniform heating that supports processes like heat-treatment strengthening.
Furthermore, specialized metals such as titanium alloys can achieve optimal heating conditions using these furnaces, meeting specific industrial processing requirements. In summary, thanks to their precise heating capabilities, medium- and high-frequency induction heating furnaces play a vital role in the processing of diverse metal materials, providing robust support to the metalworking industry.