Over the next six months, India will remain one of the most important markets for foundry equipment. Infrastructure, rail, construction machinery, automotive components, pumps, valves and industrial parts are all supporting local casting demand. At the same time, many small and medium foundries are under pressure from electricity cost, labor cost, delivery schedules and equipment downtime.
For these factories, the buying decision is moving beyond the purchase price of the furnace body. What matters more is the total melting cost per ton of metal. A medium-frequency coreless induction melting furnace directly addresses this requirement through higher electrical utilization, faster melting cycles, more stable operation and easier production management.
With series-resonance medium-frequency power supply technology and digital control, the melting process can become more visible and more controllable. For cast iron, ductile iron, pump and valve castings and machinery parts, long-term value comes from energy consumption, tapping rhythm, lining life, maintenance cost and reduced unplanned stoppages.
Arkora Furnace can provide configuration recommendations covering furnace body, medium-frequency power cabinet, cooling system, water-cooled cables, hydraulic tilting and installation guidance according to metal type, furnace capacity, working shifts, local voltage and cooling-water conditions. For existing foundries, old furnace replacement and power-supply upgrading can also be a practical path to improve productivity without building a completely new line.
When planning a furnace project in India, buyers are encouraged to prepare information on melting material, furnace capacity, daily output, local voltage, cooling method and existing equipment status. With the right data, a more accurate and cost-effective induction melting solution can be designed.
Contact Arkora Furnace for an induction melting configuration designed for Indian foundry conditions.