ustry Applications of Ferro Alloys

• Deoxidation
  Removal of oxygen during steelmaking to produce clean, high-quality steel.

• Desulfurization & Decarburization Support
  Assists in lowering sulfur and controlling carbon during refining.

• Alloying Additions
  Adjusts chemical composition to achieve required mechanical properties.

• Grain Refinement
  Improves steel microstructure, toughness, and uniformity.

• Strength Enhancement
  Increases tensile strength, yield strength, and hardness—especially in HSLA and structural steels.

• Hardenability Improvement
  Enables deeper and more uniform heat treatment response.

• Wear & Abrasion Resistance
  Used in steels for mining, construction, and heavy machinery.

• High-Temperature & Heat-Resistant Steel Production
  Improves creep resistance and thermal stability.

• Corrosion & Oxidation Resistance
  Essential for stainless steels, duplex steels, and corrosion-resistant grades.

• Weldability Optimization
  Provides controlled Mn/Si/N additions for improved weld performance.

• Casting Fluidity & Solidification Control
  Enhances castability and reduces defects in foundry steels.

• Stainless Steel Manufacturing
  Provides chromium, molybdenum, and other essential alloying elements.

• Tool Steel & High-Speed Steel Production
  Adds elements like Mo, V, and Cr to improve hardness, wear resistance, and red-hot strength.

• Automotive & Structural Steel Production
  Supports the manufacture of high-strength, lightweight steels for safety-critical components.

• Pipeline & Pressure Vessel Steel Manufacturing
  Enhances toughness, fatigue resistance, and micro-alloying control.

• Railway, Shipbuilding & Heavy Engineering Application
  Improves performance in high-load and fatigue-critical environments.

ges List