HMS-1

HMS 1 (Heavy Melting Scrap No. 1) comprises heavy, clean ferrous scrap such as beams, plates, pipes, and structural components over 6 mm thick—selected for its high density, low contamination, and superior mass-to-volume efficiency during furnace charging. Free from coatings, non-ferrous attachments, and excessive rust, it delivers uniform chemistry, stable melting behavior, and consistently high-quality steel output in electric arc furnaces, induction furnaces, and foundry operations.

  • Steel Mills & Foundries (HMS 1)
    Feedstock for billet and slab production
    Rebar, structural, and flat steel manufacturing
  • Semi-Finished Steel Production (HMS 1)
    Conversion into billets, slabs, and blooms
  • Recycling & Circular Economy (HMS 1)
    Sustainable steelmaking and resource efficiency

HMS-2

HMS 2 (Heavy Melting Scrap No. 2) consists of clean, lighter-gauge ferrous scrap—typically plates, pipes, sheets, and structural pieces between 3–6 mm thick—providing a versatile and cost-efficient feedstock for steelmaking. With controlled contamination levels and good bulk density, HMS 2 supports stable furnace charging and effective melting in EAF, induction, and in

  • Steel Mills & Foundries
    Raw material for carbon steel billets, blooms, and slabs
    Rebar, wire rod, and structural steel manufacturing
    General-purpose steel production
  • Semi-Finished Steel Processing
    Conversion into billets and slabs for rolling mills
    Blending material in scrap charge mixes
  • Recycling & Sustainability
    Efficient reuse of ferrous scrap
    Reduction in dependence on virgin raw materials

Factory Processed Scraps

Factory Processed Scraps offer high-quality, clean ferrous scrap solutions for steel recycling and steelmaking operations. Produced from industrial manufacturing processes, these scraps provide consistent chemistry, low contamination, and reliable melting performance. Ideal for electric arc furnaces and induction furnaces, factory processed scraps help optimize steel production efficiency while supporting sustainable manufacturing practices.

  • 3Steel Mills & Foundries
    Raw material for carbon and alloy steel production
    Billet, bloom, and slab manufacturing
    Specialty steel melting requiring clean scrap input
  • Semi-Finished Steel Processing
    Blending material for controlled scrap charges
    High-quality feedstock for precision steel grades
  • Sustainable Manufacturing
    Circular use of steel materials
    Reduced dependency on virgin raw materials
    Lower environmental impact in steel production

Obsolete Scraps

Obsolete Scraps provide an essential raw material for steel recycling and sustainable steel production. Recovered from demolished structures, retired machinery, and decommissioned equipment, these ferrous scraps are processed to meet steelmaking standards for electric arc and induction furnaces. Offering cost efficiency and environmental benefits, obsolete scrap plays a key role in circular steel manufacturing and resource conservation.

  • Steel Mills & Foundries
    Raw material for carbon steel and structural steel melting
    Billet, bloom, and slab production
    Rebar, sections, and plate manufacturing
  • Semi-Finished Steel Production
    Feedstock for rolling mills
    Blended scrap input to control production cost
  • Recycling & Environmental Management
    Reduction of landfill waste
    Conservation of iron ore and natural resources
    Lower energy consumption compared to primary steelmaking

Billet

Billet is a key semi-finished steel product used for producing bars, rods, wire rods, angles, channels, and other long steel products. Manufactured through continuous casting or hot rolling, billet steel provides uniform chemical composition, excellent workability, and reliable quality. It plays a vital role in steel production for construction, infrastructure, and industrial manufacturing applications.

  • Rolling Mill Production
    Reinforcing bars (rebar)
    Wire rods and drawn wire products
    Round, square, and flat bars
    Light structural sections
  • Forging & Machining
    Forged shafts and mechanical components
    Automotive and machinery parts
    High-strength alloy steel components
  • Construction & Infrastructure
    Base material for long products used in buildings and civil works
    Structural and reinforcing applications

Bloom

Bloom serves as a critical semi-finished steel product used as a primary input for rolling mills and forging operations. Manufactured through controlled continuous casting or ingot processing, steel blooms offer consistent internal quality, reliable mechanical properties, and dimensional stability—supporting the production of high-strength structural and mechanical steel products.

  • Rolling Mill Production
    H-Beams and I-Beams
    Channels and angles
    Heavy bars and structural sections
    Rails and large profiles
  • Forging & Heavy Engineering
    Forged shafts and machine components
    Large mechanical parts
    Structural forgings
  • Construction & Infrastructure
    Base material for load-bearing structural steel
    Bridge and industrial framework components
  • Automotive & Industrial Manufacturing
    Components requiring high strength and reliability
    Alloy steel products for mechanical use

Slab

Slab is a semi-finished steel product with a wide, rectangular cross-section, larger than blooms and billets. Slabs are produced from molten steel and are subsequently rolled into flat products through hot rolling processes.

Slabs are engineered to ensure uniform mechanical properties, good surface condition, and internal soundness suitable for high-quality flat steel production.

  • Flat Steel Production
    Hot rolled plates and sheets
    Hot rolled coils and strips
    Cold rolled base materials
  • Construction & Infrastructure
    Structural plates
    Bridge and building steel plates
    Industrial flooring and platforms
  • Automotive & Transportation
    Automotive body panels
    Structural and reinforcement plates
    Heavy-duty vehicle components
  • Shipbuilding & Heavy Industry
    Ship hull plates
    Offshore and marine structures
    Pressure vessel plates (grade-dependent)

Beam Blank

Beam Blank is a semi-finished steel product specifically designed for the efficient production of structural beams, particularly H-beams, I-beams, and wide-flange sections. It is produced by continuous casting into a near-net-shape cross-section that closely resembles the final beam profile. This optimized geometry reduces rolling passes, improves material yield, and enhances internal quality.

  • Structural Steel Manufacturing
    H-Beams (Wide Flange Beams)
    I-Beams
    Heavy structural sections
  • Construction & Infrastructure
    Building frameworks
    Bridges and civil engineering structures
    Industrial plants and warehouses
    High-rise and large-span structures
  • Heavy Engineering
    Load-bearing structures
    Large-scale structural steel projects