Metals

Metals Products

1. 

   Copper Cathodes

   • Copper cathodes are high-purity copper plates produced through electrolytic refining or electrowinning, typically with copper purity around 99.99%.
   • They are a primary raw material for manufacturing copper wire rods, cables, tubes, sheets, busbars and electrical components.
   • Key commercial parameters include copper purity, chemical impurities, dimensions, unit weight, surface condition and cathode grade.
   • Copper cathodes are generally bundled and strapped for containerized or break-bulk shipment, with documentation such as assay certificates and certificates of origin.
   • They are widely traded by producers, smelters, fabricators and metal distributors serving the electrical, construction, automotive and renewable-energy industries.

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2. 

   Aluminium Ingots

   • Aluminium ingots are solid cast blocks of aluminium produced from primary smelting or recycled aluminium feedstock.
   • They are used as raw material for extrusion, rolling, casting, automotive parts, construction products, packaging and industrial manufacturing.
   • Commercial grades are defined by aluminium purity and alloy composition, including elements such as silicon, magnesium, copper, iron and manganese.
   • Ingots may be supplied as small ingots, sow ingots, T-bars or alloy-specific casting formats depending on the customer’s process.
   • Important buying criteria include alloy designation, chemical analysis, weight, dimensions, origin, packing method and applicable standards.

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3. 

   Steel Billets

   • Steel billets are semi-finished rectangular or square steel products produced through continuous casting or ingot rolling.
   • They are mainly used as feedstock for manufacturing rebar, wire rod, bars, structural sections and other long steel products.
   • Commercial specifications usually include carbon, manganese, silicon, sulfur, phosphorus, billet dimensions and mechanical or metallurgical requirements.
   • Billets are commonly supplied in standard square sections and transported in bundles or lose lots by truck, rail and vessel.
   • Their value depends on steel grade, chemical composition, size, rolling suitability, origin and prevailing international steel-market prices.

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4. 

   Steel Rebar

   • Steel rebar is a ribbed reinforcing steel bar used to strengthen concrete structures in buildings, bridges, roads and infrastructure projects.
   • The surface ribs improve bonding between the steel and concrete, allowing the material to resist tensile stresses.
   • Rebar is supplied in different diameters, lengths and grades according to standards such as ASTM, BS, EN or regional construction codes.
   • Important parameters include yield strength, tensile strength, elongation, bend performance, chemical composition and nominal diameter.
   • It is typically sold in bundles and transported by truck, container or break-bulk vessel for construction and project supply.

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5. 

   Hot Rolled Coils

   • Hot Rolled Coil, or HRC, is flat steel produced by rolling heated steel slabs at high temperatures into continuous coils.
   • It is widely used in pipes, structural fabrication, automotive components, machinery, tanks, construction and general engineering.
   • Commercial HRC is specified by thickness, width, coil weight, steel grade, tensile properties, surface condition and chemical composition.
   • Because it is rolled at elevated temperatures, HRC normally has a darker mill-scale surface and less precise dimensional tolerances than cold-rolled steel.
   • It is traded internationally in large coils and is often the starting material for further processing into pickled, cold-rolled, galvanized or coated steel.

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6. 

   Cold Rolled Coils

   • Cold Rolled Coil, or CRC, is produced by further rolling hot-rolled steel at or near room temperature after surface cleaning and pickling.
   • This process provides improved surface finish, tighter dimensional tolerances and better mechanical properties than ordinary hot-rolled steel.
   • CRC is widely used in automotive panels, appliances, furniture, electrical equipment, precision fabrication and coated steel production.
   • Key specifications include thickness, width, coil weight, surface finish, hardness, tensile strength, elongation and flatness.
   • It is normally supplied in tightly wound coils with protective packaging to prevent corrosion and surface damage during transport.

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7. 

   Zinc Ingots

   • Zinc ingots are refined zinc metal products commonly supplied in high-purity grades for galvanizing, alloying and chemical applications.
   • Their largest use is in hot-dip galvanizing, where zinc protects steel from corrosion by forming a durable protective coating.
   • Zinc is also used in brass, die-casting alloys, batteries, zinc oxide production and various industrial compounds.
   • Commercial quality is determined by zinc purity and limits on impurities such as lead, iron, cadmium, copper and tin.
   • Ingots are usually bundled or strapped for shipment and traded according to recognized grades, origin, warehouse location and benchmark-linked pricing.

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8. 

   Lead Ingots

   • Lead ingots are solid refined lead products produced from mined lead concentrates or recycled lead-bearing materials.
   • They are widely used in lead-acid batteries, radiation shielding, cable sheathing, alloys and selected industrial applications.
   • Commercial lead grades are determined by purity and controlled levels of impurities such as antimony, arsenic, tin, copper and bismuth.
   • Lead ingots are normally cast into standard blocks, bundled and securely packaged for controlled transport and handling.
   • Because lead is toxic, its storage, processing and international movement require appropriate occupational-safety, environmental and regulatory controls.

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