A cost-effective, high-volume deoxidizing and alloying manganese grade smelted in Raipur. Widely demanded by mini-mills and integrated steel works for ladle furnace grain refinement, rebar production, and structural carbon steels.
High Carbon Ferro Manganese 65-70% provides high manganese recovery yield with controlled silicon and phosphorus levels tailored for cost-effective structural steelmaking.
| Element | Guaranteed Range | Typical Analysis | Test Standard |
|---|---|---|---|
| Mn Manganese | 65.00% - 70.00% | 67.80% | IS 1171 / ASTM E31 |
| C Carbon | 6.00% - 8.00% Max | 7.10% | Combustion / IR |
| Si Silicon | 2.00% Max | 1.25% | ASTM E31 Gravimetric |
| P Phosphorus | 0.35% Max | 0.27% | Spectrophotometry |
| S Sulphur | 0.03% Max | 0.015% | Combustion Titration |
| Fe Iron | Balance | ~23.6% | Calculated |
Engineered for high alloy recovery, low cost-per-heat, and superior bath homogenization in melt shops worldwide.
Primary manufacturing sectors relying on High Carbon Ferro Manganese 65-70%:
The dominant manganese addition agent used in manufacturing Thermo-Mechanically Treated (TMT) rebars, structural wire rods, and merchant bars with high ductility.
Preferred by induction furnace and small-to-mid size electric arc furnace operators seeking affordable, high-recovery deoxidation and sulfur fixation.
Essential in standard building angles, channels, plates, and mild steel structural components requiring moderate tensile strength and ease of welding.
Used across general commercial foundries producing valves, machine beds, agricultural implements, and wear components requiring predictable machinability.
Explore alternative grades to match your melt chemistry and cost targets:
Cost-effective ladle refining grade for structural steel and rebar production.
Key questions regarding High Carbon Ferro Manganese 65-70% specifications and delivery:
Secure high-volume factory-direct pricing, FOB/CIF container loads, and solar-smelted low carbon assurance directly from our Raipur works.
