A Complete Guideline about Induction Melting Furnace

An induction melting furnace is a well-controlled, energy-efficient and clean melting process used to melt metals such as iron, steel, copper, aluminium and other precious metals such as silver and gold. Unlike other furnaces, an induction furnace doesn’t need an arc, which makes it simple to regulate the melting heat, keeping valuable alloying aspects intact.

An induction furnace is thereby preferred in most contemporary foundries as it doesn’t create dust and other pollutants. The ability to melt the metals at regulated temperatures enabling them to maintain their alloying aspects makes the furnace a better choice.
 
These days, every industry is moving towards clean and energy-saving ways of doing things. Hence, the induction power supply has gained popularity due to its ability to preserve energy and heat without contaminating the environment with loud noises and gases.
 
How an induction billet heater works?
      
There are four main components in an induction billet heater. The first one is power supply, which is generally nonconductive and is used to hold the metal charge for melting. Next is the induction coil, which safeguards the copper coil from damage when it creates the magnetic field that induces the circular electric currents.

Benefits of using an induction melting furnace

•    Less loss of heat

Unlike conventional heating equipment, induction furnaces don’t use heat conduction to heat the melt.
 
Conclusion

An induction melting furnace is effective in melting most of the metals. Its diversity and effectiveness make it most preferable in modern foundries. It is also energy-efficient, making it a much better option than other conventional melting procedures.
 
Hence, purchasing an induction furnace will serve you better and lessen your maintenance costs without impacting the quality of the metals. If you are melting valuable metals, an induction furnace assists you to do that and still maintain the quality of the metals after the procedure.