A premier dual-action deoxidizer and micro-alloying agent smelted in Raipur using clean captive solar power. Blends 65% Min Manganese with 16% Min Silicon to produce low-melting liquid silicates that readily float out, guaranteeing exceptionally clean steel.
High Carbon Silico Manganese Grade 65/16 adheres to rigorous metallurgical benchmarks, verified through continuous XRF spectroscopy for optimal deoxidation and minimal non-metallic inclusions.
| Element | Guaranteed Range | Typical Analysis | Test Standard |
|---|---|---|---|
| Mn Manganese | 65.00% Min | 65.80% | IS 1470 / ASTM E31 |
| Si Silicon | 16.00% Min | 16.50% | ASTM E31 Gravimetric |
| C Carbon | 2.00% Max | 1.65% | Combustion / IR |
| P Phosphorus | 0.30% Max | 0.22% | Spectrophotometry |
| S Sulphur | 0.03% Max | 0.010% | Combustion Titration |
| Fe Iron | Balance | ~15.8% | Calculated |
Pioneering dual deoxidation dynamics combined with captive solar green smelting to satisfy global steelmaking decarbonization mandates.
Everyday steel grades optimized with Silico Manganese 65/16:
Essential in thin slab casters and strip mills where non-metallic inclusions must be strictly minimized to prevent surface defects during stamping.
Simultaneously delivers manganese for grain refinement and silicon for solid-solution strengthening, imparting high yield strength to construction rebars.
Critical for high-carbon spring steels and tire bead wire alloys demanding exceptional fatigue resistance, ductility, and ultra-low inclusion counts.
Refines microstructure and work hardenability in safety-critical automotive forgings such as steering knuckles, crankshafts, and connecting rods.
Select the ideal manganese-silicon balance for your steel manufacturing requirements:
Simultaneous dual-action deoxidizer creating ultra-clean liquid steel.
Direct commercial and technical clarifications for High Carbon Silico Manganese 65/16 procurement:
Connect directly with Raipur Works for container dispatches, verified assay certificates, and EU CBAM-compliant low-carbon documentation.