Based in Raigarh, Chhattisgarh, Kirti Mineral Works makes a wide variety of coreless induction furnace refractory lining material, comprising spinel and mullite forming materials. These have been designed particularly for a range of metals, and some even allow for mixed melting. A wide range of toppings, spouts, repair and patching materials are available to accompany the furnace liner products.

We are at the vanguard of induction furnace liner solutions that are technologically advanced. In regards to product value and effectiveness, we are an industry leader. Our quality and extensive product lines are supported by reliable service and technical support. We have an ongoing improvement process in place to boost the effectiveness of existing goods and add new ones.

Because of its good precision, low energy demand, simple operations, and great performance with various types of steel scrap, induction furnaces are recommended as a suitable melting unit in limited-capacity steel melting operations.

The heat is transferred by induction heating of a conductive material (typically steel scrap) in a crucible set in a water-cooled opposing current solenoid coil in an induction furnace. The induction coil must be isolated from the liquid steel by a substance known as refractory. A non-conductive refractory crucible is encircled by a coil of copper tubing in a coreless induction furnace

Based in Raigarh, Chhattisgarh, Kirti Mineral Works makes a wide variety of coreless induction furnace refractory lining material, comprising spinel and mullite forming materials. These have been designed particularly for a range of metals, and some even allow for mixed melting. A wide range of toppings, spouts, repair and patching materials are available to accompany the furnace liner products.

We are at the vanguard of induction furnace liner solutions that are technologically advanced. In regards to product value and effectiveness, we are an industry leader. Our quality and extensive product lines are supported by reliable service and technical support. We have an ongoing improvement process in place to boost the effectiveness of existing goods and add new ones.

Because of its good precision, low energy demand, simple operations, and great performance with various types of steel scrap, induction furnaces are recommended as a suitable melting unit in limited-capacity steel melting operations.

The heat is transferred by induction heating of a conductive material (typically steel scrap) in a crucible set in a water-cooled opposing current solenoid coil in an induction furnace. The induction coil must be isolated from the liquid steel by a substance known as refractory. A non-conductive refractory crucible is encircled by a coil of copper tubing in a coreless induction furnace