Hasung's induction melting machines are advanced metal melting solutions widely used in foundry, metallurgy and manufacturing industries etc,. These machines employ electromagnetic induction to generate high-frequency currents that produce eddy currents within the metal, ensuring rapid and uniform heating.
Hasung supplies a wide range of induction melting furnaces and induction melting systems from 5.0kW to 200kW in power, such as high frequency induction melting furnace, gold induction melting machine/furnace etc,. The use of energy efficient induction heating for melting, replaces traditional gas-fired systems, thus reducing greenhouse gas emissions with clean energy. Our suitable for different production scales, from laboratory-scale small melting to large-scale industrial applications. Whether melting precious metals, aluminum alloys, or copper alloys, Hasung's induction melting furnaces provide exceptional performance and reliability, meeting stringent industry requirements. If you are looking for induction melting furnace manufacturer, welcome to contact us!
Key Features Of Hasung's Induction Melting Machines
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Rapid heating, precise temperature control, and high energy efficiency.
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Equipped with advanced control systems, these machines monitor and adjust various parameters in real-time, ensuring consistent melt quality.
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They also offer robust safety features such as overheat protection and emergency stop functions to ensure operator safety.
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The modular design of hasung's induction melting furnaces facilitates easy installation and maintenance, reducing operational costs.
How Does Induction Melting Work?
Induction starts with a coil of conductive material (for example, copper). As current flows through the coil, a magnetic field in and around the coil is produced. The ability of the magnetic field to do work depends on the coil design as well as the amount of current flowing through the coil. Induction starts with a coil of conductive material (for example, copper). As current flows through the coil, a magnetic field in and around the coil is produced. The ability of the magnetic field to do work depends on the coil design as well as the amount of current flowing through the coil.
An induction melting machine uses a copper induction heating coil that delivers an alternating magnetic current to the metal within the coil. This alternating magnetic current creates a resistance in the metal, causing it to heat and eventually to melt. Induction furnace technology does not require any flame or gasses that can be harmful to the environment to melt metals.
In the induction melting furnace, a coil carrying alternating electric current surrounds the container or chamber of metal. Eddy currents are induced in the metal (charge), the circulation of these currents producing extremely high temperatures for melting the metals and for making alloys of exact composition.