Induction Vacuum Furnace Refining of high purity metals and alloys Casting of aircraft engine components For Titanium and Reactive metals melting and casting, used in fields like Aerospace, Automotive and Medical Melting of Lanthanum Melting and casting of Ferrous Metals (steel, cast iron) and their powder production. For melting precious metals (gold, silver, platinum group) and making of metal ingots, sheets, rods and grains production in batch production. For the homogenization of steel samples coming from a scrap batch. Master alloy stick for processes such as investment casting etc.
Precious metals
Highly alloyed steel .
High temperature resistant materials on Fe- Ni- Co- basis
Nonferrous Metals Solar silicone and special materials Special- / super-alloys Metal treatment
Re-melting and alloying Degassing and refining Homogenization melting Recycling Investment casting Precision casting Directional solidification Single crystal growing .
Possibility of removal of precipitated nonmetallic inclusions (such as Tin) by filtering.
Possibility of bottom filling of molds Lesser risk involved comparing to the conventional method.
Fast thermal response.
Excellent temperature uniformity.
Temperature up to 2000°C as per user’s requirement.
Higher productivity.
Highest system efficiency.
Application Specific.
Auto or manual mode operation.
Highly adaptable for automation.
No statutory approvals required.
Eco-friendly due to noiseless and flameless operation.
Lesser risk involved compared to conventional methods.
Improved power factor.
Tropicalized design.
Compact size.
Uniform Melting with better quality.
Faster Cycle.
Higher productivity.
Pollution free operation.
No license required.
Compact size.
Improved power factor.
No noise pollution.
Highest system efficiency.
Easier handling and operating.
Fully static solid state circuits.
Lesser Melting cost comparing to the conventional methods.
Possibility of bottom filling of molds
Lesser risk involved comparing to the conventional method.
Possibility of removal of precipitated nonmetallic inclusions (such as Tin) by filtering.
