A versatile, cost-effective silicon-manganese alloy engineered for foundries, mini-mills, and commercial steel plants. Formulated with 60% Min Manganese and 14% Min Silicon to optimize slag fluidity and provide reliable deoxidation at an advantageous unit cost.
High Carbon Silico Manganese Grade 60/14 offers dependable deoxidation chemistry with flexible granulometry from fine granules to heavy furnace lumps.
| Element | Guaranteed Range | Typical Analysis | Test Standard |
|---|---|---|---|
| Mn Manganese | 60.00% Min | 61.40% | IS 1470 / ASTM E31 |
| Si Silicon | 14.00% Min | 14.80% | ASTM E31 Gravimetric |
| C Carbon | 2.50% Max | 1.95% | Combustion / IR |
| P Phosphorus | 0.35% Max | 0.26% | Spectrophotometry |
| S Sulphur | 0.03% Max | 0.012% | Combustion Titration |
| Fe Iron | Balance | ~21.5% | Calculated |
Formulated to provide high-yield dual deoxidation at the most competitive cost per ton of liquid metal.
Typical metallurgical processes utilizing SiMn Grade 60/14:
Crucial in cupola and induction furnace foundries for silicon and manganese inoculation in ductile iron, grey cast iron, and low-alloy steel castings.
Widely utilized by secondary steel producers manufacturing construction rebars, flats, squares, and merchant rounds requiring cost-effective deoxidation.
Injected into electric arc furnaces and ladles to reduce iron oxide in the slag, boosting manganese recovery and protecting refractory furnace linings.
Provides the ideal balance of manganese and silicon for non-critical structural steel fabrications, pipe billets, and light agricultural implements.
Select the ideal manganese-silicon balance for your steel manufacturing requirements:
Custom formulated for foundries and commercial grade structural steel melts.
Key procurement queries for High Carbon Silico Manganese 60/14:
Secure customized sizing (10-50mm or 2-6mm), steady monthly container contracts, and competitive FOB/CIF export pricing from Raipur Works.
