Professional metal melting furnace manufacturers are not only equipment suppliers but also technical partners for customers in the metal smelting process. Through continuous innovation and service optimization, they help customers improve production efficiency, reduce costs, ensure product quality, and promote technological upgrading and sustainable development of the metal processing industry.
Ferrous Metals
Iron and steel: Including various carbon steels, alloy steels, and cast irons (gray cast iron, ductile iron, etc.), which are the most widely used melting objects in industry. Induction melting can precisely control temperature and reduce impurities, making it suitable for producing high-quality castings or steel products.
Ferroalloys: Such as ferrosilicon, ferromanganese, ferrochrome, etc., which are often used in the deoxidation and alloying processes in steel smelting.
Non-Ferrous Metals
Aluminum and aluminum alloys: Induction melting furnaces (especially medium-frequency furnaces) are the mainstream equipment for aluminum alloy melting. They can melt pure aluminum and aluminum alloys (such as 6061, 7075, etc.), which are widely used in automotive, aerospace, construction and other fields. Their advantage lies in fast heating speed, which can reduce oxidation and burning loss of aluminum liquid.
Copper and copper alloys: Including pure copper, brass, bronze, cupronickel, etc. Induction melting can precisely control the temperature of copper liquid (copper melting point is about 1083℃), ensuring the fluidity of the melt, which is suitable for precision copper casting.
Zinc, lead, tin and their alloys: These metals have low melting points (such as zinc melting point is about 419℃). Induction furnaces can quickly heat up and maintain stable temperature, which are often used in die casting, battery materials and other industries.
Precious Metals
Gold, silver, platinum, palladium, etc.: Induction melting furnaces (mostly small vacuum or inert gas protected ones) can achieve small-batch and high-precision melting, avoiding oxidation or loss of precious metals at high temperatures. They are widely used in jewelry processing and manufacturing of electronic components (such as precious metal contacts).
Special Alloys
High-temperature alloys: Such as nickel-based alloys and cobalt-based alloys (with melting points usually above 1200℃). Induction furnaces can provide a high-temperature environment and precise temperature control, meeting the requirements for alloy purity and performance in high-end fields such as aerospace engines.
Magnetic alloys, wear-resistant alloys: Through induction melting, the proportion of alloy components can be precisely controlled to ensure the special physical or mechanical properties of the materials.
Product Parameter
