CORED WIRES

CORED WIRES

CORED WIRES

Efficient Alloying & Deoxidation Solutions for Steel Making

Cored wires are tubular wires filled with specific alloys or chemicals used in steel making to improve chemical composition, deoxidation, and inclusion control. They ensure uniform addition, faster dissolution, and precise control of alloying elements.

Cored wires are widely used in EAF, BOF, and induction furnaces for high-quality steel production,

TYPES OF CORED WIRES

  1. Calcium Aluminates Cored Wire (CaAl)
    • Composition:CaO + Al
    • Purpose:Deoxidation, desulfurization, and inclusion modification
    • Applications:Steel making, especially for clean steels and high-quality slabs
  1. Calcium Ferrite Cored Wire (CaFe)
  • Composition:CaO + Fe
  • Purpose:Deoxidation, inclusion modification, and improved steel cleanliness
  • Applications:Used in carbon steel, alloy steel, and stainless steel production
  1. Carbon Cored Wire
  • Composition:High-purity carbon
  • Purpose:Adjusts carbon levels in molten steel
  • Applications:Steel making, cast iron production, and carburization processes
  1. Sulphur Cored Wire
  • Composition:Sulphur-based alloy
  • Purpose:Improves machinability of steel
  • Applications:Free-cutting steel, carbon steel, alloy steel
  1. Other Cored Wires
  • Ferroalloy-based: Si, Mn, Cr, Ni, Mo, V
  • Specialized alloys: Ti, Nb, Al, B
  • Customized composition as per steel grade requirements

PHYSICAL SPECIFICATIONS

  • Form:Hollow tubular wire filled with powder or granules
  • Wire Diameter:15–35 mm (customizable)
  • Packing:Coils or straight lengths, drum-packed
  • Storage:Dry and moisture-free environment

APPLICATIONS IN STEEL MAKING

  • Deoxidation and desulfurization
  • Alloying and micro-alloying in steel
  • Improving machinability and mechanical properties
  • Production of clean steels, high-strength steels, and stainless steels
  • Industrial applications requiring precise chemical control

CORED WIRES