Coreless Induction Furnace
Zone 1Working lining selected by melt chemistry, not furnace size
Recommended Products
- Silica Ramming Mass
- Alumina Ramming Mass
- Magnesia Ramming Mass
Industry Solutions
FOUNDRY INDUSTRYSOLUTIONS
Ramming Mass and Coil Coat Solutions for Induction Furnace Melting Shops
80+
Foundries Served
1750°C
Max Temperature
3-in-1
Ramming, Coil Coat & Patching
24/7
Support
OVERVIEW
A coreless induction furnace lining is a package, not a single product: ramming mass for the working lining selected by melt chemistry, coil coat protecting the coil beneath it, and patching material to extend the campaign between relines. We supply all three as a coordinated package for foundries and induction melting shops.
Application Areas
KEY EQUIPMENT & ZONES
Coil Protection
Zone 2Dielectric barrier between the working lining and the coil, applied before ramming
Recommended Products
- Fused Alumina Coil Coat
Campaign Extension
Zone 3Patch worn, localised areas of a sound lining to extend heats before a full reline
Recommended Products
- Fused Alumina Patching Material
WHY CHOOSE US FOR FOUNDRY INDUSTRY?
Ramming mass grade matched to melt chemistry (silica, alumina or magnesia), not furnace capacity or price
Coil coat gives dielectric protection if the working lining is ever penetrated, not just thermal insulation
Patching material extends a sound lining's campaign; it does not rescue a lining already worn toward the coil
Sintering programme and installation guidance matched to your furnace capacity and charge material
One coordinated package (ramming mass, coil coat, patching) instead of three uncoordinated purchases
FEATURED PRODUCTS
Magnesia Ramming Mass
MgO: 85-95%, Max Temp: 1750°C
Fused Alumina Coil Coat
Al₂O₃: ~91%, Max Temp: ~1750°C
Fused Alumina Patching Material
Al₂O₃: ~83%, Max Temp: ~1760°C
READY TO OPTIMIZE YOUR FOUNDRY INDUSTRY?
Our engineers are ready to analyze your specific furnace conditions and recommend the optimal lining strategy, at no charge.
