• Die-casting components

• Non-Ferrous Casting

• Cast Iron

• Octagonal shaped structure of heavy plates duly reinforced and lined with high grade refractory material.

• Elements can be replaced easily without involving furnace downtime.

• Freely radiating heating elements ensures lower power consumption and longer working life than coil type elements (approx. 1.5 – 2 times).

• Step-down transformers / Thyristorised control eliminated, resulting no transformer losses and furnace cost is reduced by simple controls.

• SS Sheathing to protect the elements from coming in direct contact with molten metal.

• Lower surface load on heating elements ensures longer life.

• Very lower maintenance required in long run.

• Fuel Efficient Non-Ferrous & Cast Iron Melting Furnace.

• Rigid structure and heavy duty Electro-Mechanical Rotary Mechanism.

• Refractory lining by superior quality materials.

• Available with Fuel-efficient recuperative system.

• Suitable for higher melting rate requirements.

• Fuel Fired / Electrically heated Non-Ferrous Melting Furnace.

• Hydraulic / Electro-Mechanical Tilting Mechanism.

• SS Sheathing to protect the elements from coming in direct contact with molten metal.

• Pot-less design with monolithic lining by superior quality refractory materials.

• Fuel-efficient recuperative system available with fuel fired designs.

• Customised as per melting rate requirements.

• Cylindrically shaped structure made out of heavy plates lined with high grade refractory material.

• Coil shaped heating elements designed at lower surface loading for optimum higher life.

• Heating Elements protected by Stainless Steel Baffle.

• Available in Star-Delta design for Melting & Holding applications.

• Independent controllers for heating chamber & melting crucible.

• Melting & holding with minimal defects, compared to oil / gas fired furnaces.

• Melting & Holding of Aluminum, Zinc, Brass & Alloys

• Cast Iron Melting

Melting / Holding Furnaces