Aluminium & Copper —
LME Grade, Bulk Supply
Primary aluminium (P1020A ingot, alloy sheet, billet, extrusion, wire rod, foil) and copper (LME Grade A cathode, rod, sheet, tube) supplied under formal Sale and Purchase Agreements with EN 10204 mill certificates and SGS / Bureau Veritas inspection at load port. Bulk and packaged supply to industrial buyers, manufacturers and traders in 55+ countries.
Key Supply Parameters
- Aluminium Ingot P1020A — Al ≥99.70%
- Aluminium Sheet 1xxx / 3xxx / 5xxx / 6xxx / 7xxx
- Aluminium Billet 6060 · 6063 · 6082 · 7075
- Copper Cathode LME Grade A — Cu ≥99.99%
- Copper Rod 8 mm ETP / OFE
- Min. Order 20 MT (non-ferrous)
- Delivery Terms FOB · CIF · CFR · DAP · DDP
- Inspection SGS / Bureau Veritas / Intertek
- Mill Certs EN 10204 3.1 Standard
- Payment Wire Transfer · D/P · Escrow
Primary aluminium — ingot to finished form
From primary P1020A ingot to alloy sheet, extruded profiles, wire rod and foil. All aluminium supplied with EN 573 / ASTM B209 compliant mill certificates and EN 10204 3.1 documentation.
The global benchmark primary aluminium grade. Al ≥99.70%, Fe ≤0.20%, Si ≤0.10%. Produced by electrolytic reduction of alumina (Hall–Héroult process). LME-registered brands accepted. T-bar, sow and standard ingot (15–22 kg) forms. The standard feedstock for aluminium remelting, alloying and casting operations. Priced at LME Aluminium spot ± premium.
Casting and wrought alloy ingots for remelting and secondary production. 1050 / 1060 / 1100 (pure Al series) for chemical and electrical applications. 3003 / 3105 for packaging and roofing sheet. 5052 / 5083 / 5086 for marine, pressure vessel and automotive. Supplied in standard ingot or T-bar form. Chemical composition certified per EN 573-3 or ASTM B209 as required.
Hot-rolled and cold-rolled aluminium sheet and coil across the 1xxx–7xxx alloy series. 1050/1100: pure Al, chemical equipment and general use. 3003: moderate strength, roofing and HVAC duct. 5052/5083: high strength, marine and pressure vessel. 6061: heat-treatable, structural. 7075: aerospace-grade, highest strength aluminium alloy. Mill finish (F), annealed (O), strain-hardened (H) and solution heat-treated (T) tempers available.
Homogenised direct-chill cast billets for extrusion press feed. 6060 and 6063: standard architectural and industrial extrusion, anodising quality, T5/T6 temper. 6082: higher strength structural extrusion (bridges, load-bearing frames). 7075: aerospace and high-performance structural billet (T6/T73 temper). Diameter range 76–406 mm. Billet length to customer specification. Supplied with homogenisation certification and EN 573-3 chemical analysis.
Hot-extruded aluminium profiles in standard and custom cross-sections. 6060/6063 T5/T6: standard architectural — window frames, curtain wall, door sections, solar mounting. 6082 T6: structural — load-bearing frames, transportation, industrial. Available in mill finish, anodised (Class 10/20 per EN 12373) and powder-coated (RAL) surface treatment. Standard lengths 6 m / 12 m; cut-to-length on request. Supplied with EN 755 dimensional and mechanical certification.
Continuously cast and rolled (CCR) aluminium wire rod for electrical conductor applications. EC grade 1350-H19 (Al ≥99.50%, conductivity ≥61% IACS). Diameter 9.5 mm and 12 mm standard. Used as feedstock for overhead transmission conductors (ACSR, AAAC, ACAR), building wiring (THHN/THWN), power cable conductors and motor winding wire. Supplied in coil form (1,000–2,500 kg), shrink-wrapped on steel reel. ENEC / IEC 60104 certified.
Cold-rolled aluminium foil for flexible packaging, pharmaceutical blister packs, food service, HVAC duct lining and thermal insulation. Alloys 1235 and 8011 (standard packaging foil); 1100 (heavy gauge industrial foil). Thickness range 0.006–0.2 mm. Width to customer specification. Tempers: soft (O) for packaging; semi-rigid (H22) for container and household foil; rigid (H18) for industrial. Supplied on paper core in mill-wrapped rolls.
Seamless drawn aluminium tube and extruded pipe for HVAC, refrigeration, hydraulic and structural applications. 3003-O: heat exchanger and refrigerant tubing. 6061/6063-T6: structural and hydraulic cylinders. OD range 6–250 mm, wall 0.5–20 mm. Available in straight lengths and coiled form (small diameters). Anodised and bright-dipped surface options. Supplied with EN 754 dimensional and EN 10204 3.1 mechanical certification.
Heavy gauge aluminium plate (6–200 mm) for structural, marine, aerospace and tooling applications. 5083-H321: the global standard for shipbuilding, offshore and cryogenic vessel construction (LNG) — excellent weldability, seawater corrosion resistance. 6061-T651: structural tooling plate, moulds, fixtures. 7075-T651: aerospace, high-stress structural components. All plate supplied with ultrasonic testing and EN 10204 3.2 certification on request.
LME Grade A cathode — and all downstream forms
Copper cathode (Cu-CATH-1, ≥99.99%) is the LME delivery standard and the feedstock for all copper product forms. Atabaş Group supplies cathode and all downstream semi-fabricated products with full traceability.
Electrolytic copper cathode conforming to EN 1978 Cu-CATH-1 specification (Cu+Ag ≥99.99%). The LME delivery standard and global primary copper benchmark. Produced by electrolytic refining of blister copper. Standard cathode dimensions 914×914 mm, weight 110–125 kg each, bundled in 2 MT parcels. Priced at LME Copper Grade A spot ± premium. Origin: Chile, Peru, DRC, Zambia. LME-registered brands available.
Continuously cast and rolled (Properzi/CCR process) copper wire rod, the primary feedstock for the global wire and cable industry. ETP grade (Cu-ETP / C11000): electrolytic tough pitch, Cu ≥99.90%, conductivity ≥100% IACS — standard for power cable, building wire and transformer winding. OFE grade (Cu-OF / C10200): oxygen-free, Cu ≥99.95% — for audio/video cables, medical equipment and high-frequency applications. Standard diameter 8 mm; 12 mm available. Coil weight 3–5 MT.
Hot-rolled and cold-rolled copper flat products. C11000 (ETP): standard electrical and construction sheet, roofing, gutters, decorative cladding. C12200 (DHP — deoxidised high phosphorus): for tube/pipe fabrication, plumbing fittings and brazing applications. Thickness 0.5–50 mm. Width up to 1,500 mm. Tempers: soft (R200), half-hard (R240), hard (R290), spring (R360). Supplied in sheet, slit coil or plate form. EN 10204 3.1 certification standard.
Seamless copper tube (C12200 DHP) for plumbing, HVAC, refrigeration and medical gas systems. EN 1057 covers dimensions and tolerances for plumbing and heating tubes (Type X, Y, Z wall thicknesses). ASTM B88 for US-specification projects (Type K, L, M). OD range 6–250 mm. Available in straight lengths (3 m / 5 m) and coiled form (small diameters ≤28 mm). Phosphorus deoxidised grade ensures clean brazing/soldering without hydrogen embrittlement. Also supplied in ACR (air conditioning and refrigeration) grade.
Extruded and rolled copper bus bars and shaped conductors for electrical power distribution, switchgear, transformers and busduct systems. Cu-ETP (C11000): standard for all power distribution bus applications. Cu-OF (C10200): for high-frequency and sensitive applications. Rectangular bar sections 10×3 mm to 160×30 mm; round bar Ø6–100 mm; custom L, U and T profiles available. Conductivity ≥100% IACS. Supplied in 3 m / 6 m straight lengths. EN 10204 3.1 cert standard.
Copper alloy products: Brass (Cu-Zn): CW614N (CuZn39Pb3) — the global standard free-machining brass for fittings, valves and precision turned parts; CW508L (CuZn37) — cartridge brass, deep-drawing sheet; CW702R (CuZn20Al2) — high-strength aluminium brass. Bronze (Cu-Sn): CW453K (CuSn8) — spring and bearing bronze; CW456K (CuSn4) — electrical connector strip. Phosphor bronze (CW451K) for springs, contacts and bearings. Rod, bar, sheet, strip, tube and hollow section forms.
Primary metal specifications — cargo-level certification
Aluminium — Primary Grades
| Grade / Alloy | Al % | Fe Max | Si Max | Cu Max | Key Properties | Standard |
|---|---|---|---|---|---|---|
| P1020A Ingot | ≥99.70 | 0.20% | 0.10% | 0.01% | Primary smelter grade, LME registered | EN 576 |
| 1050 / 1100 | ≥99.50 / 99.00 | 0.40% | 0.25% | 0.05% | High conductivity, chemical resistance | EN 573-3 |
| 3003 / 3105 | Bal. | 0.70% | 0.60% | 0.20% | Mn-alloyed, moderate strength, formable | EN 573-3 |
| 5052 / 5083 | Bal. | 0.40% | 0.25% | 0.10% | Mg-alloyed, high strength, marine grade | EN 573-3 |
| 6061 / 6063 | Bal. | 0.70% | 0.60% | 0.35% | Mg+Si, heat-treatable, T6 structural | EN 573-3 |
| 7075 | Bal. | 0.50% | 0.40% | 2.0% | Zn+Mg+Cu, highest strength Al alloy | EN 573-3 |
| EC 1350 Wire Rod | ≥99.50 | 0.40% | 0.10% | 0.02% | Electrical grade, ≥61% IACS | IEC 60104 |
Copper — Primary Grades & Alloys
| Grade / Designation | Cu % | Conductivity | Key Properties | Primary Use | Standard |
|---|---|---|---|---|---|
| Cu-CATH-1 (LME Grade A) | Cu+Ag ≥99.99 | — | LME registered, electrolytic cathode | Feedstock / Primary commodity | EN 1978 |
| Cu-ETP (C11000) | ≥99.90 | ≥100% IACS | Tough pitch, oxygen ~250 ppm | Wire rod, cable, bus bar | IEC 60028 |
| Cu-OF (C10200) | ≥99.95 | ≥100% IACS | Oxygen-free, no hydrogen embrittlement | Electronics, OFE cable | ASTM B170 |
| Cu-DHP (C12200) | ≥99.85 | ≥85% IACS | Phosphorus deoxidised, brazeable | Tube, pipe, plumbing | EN 1057 |
| CW614N (CuZn39Pb3) | ~58–60 | — | Free-machining brass, Pb 2.5–3.5% | Fittings, valves, turned parts | EN 12163 |
| CW453K (CuSn8) | ~91.2 | — | Phosphor bronze, Sn 7.5–8.5% | Springs, bearings, connectors | EN 12163 |
Trade & Supply Conditions
| Parameter | Detail |
|---|---|
| Minimum Order | 20–50 MT for most non-ferrous grades · Cathode: 25 MT (1 bundle = 2 MT × ~12) · Wire rod: 1 coil minimum |
| Pricing Reference | LME Aluminium (3-month) + MW / Rotterdam / Japan premium · LME Copper Grade A (3-month) + premium |
| Delivery Terms | FOB · CIF · CFR · DAP · DDP — Incoterms 2020 |
| Packaging | Ingot: bundled on timber dunnage · Cathode: banded bundles · Sheet/Coil: mill-wrapped, wooden pallet · Rod: coil on steel reel · Tube: straight lengths in bundle |
| Mill Certificates | EN 10204 3.1 standard · 3.2 third-party countersigned on request |
| Inspection | SGS / Bureau Veritas / Intertek at load port — mandatory |
| Payment | Staged wire transfer · D/P · escrow — documented in written SPA |
| Documents | B/L · COO · Mill Certificate (EN 10204 3.1) · Weight Certificate · SGS/BV Inspection Report · Commercial Invoice |
Non-ferrous supply with institutional discipline
From P1020A primary ingot and LME Grade A copper cathode through to alloy sheet, extruded billet, wire rod, foil, tube and bus bar — all under one commercial counterparty. One SPA, one documentation package, one inspection protocol.
All primary aluminium and copper priced at LME 3-month settlement ± market premium. No artificial mark-ups or undisclosed margins. Premium components (Midwest, Rotterdam, CIF Japan) are itemised and agreed explicitly in the SPA before execution.
Chemical composition, mechanical properties and dimensional verification certified per EN 10204 3.1 on every shipment as standard. 3.2 third-party countersigned certificates available on request for projects with Owner's Engineer oversight.
Independent weight and quality inspection at load port on every cargo. For LME cathode: weight, brand verification and sampling per LME warehouse procedure. For semi-fabricated products: dimensional, surface and chemical analysis per relevant EN/ASTM standard.
Three consecutive clean IFRS audit opinions. ISO 9001, 14001, 37001 and 45001 certified. UN Global Compact signatory. LEI registered (984500DB9C2D71FF8846). Revenue 63.6 billion TL (2025). Institutional compliance requirements satisfied globally.
Since 1981, one principle: no matter what, keep your word. In a market where quality deviations and delivery failures are common, consistent execution on every commitment is the only sustainable advantage.
Common questions from aluminium & copper buyers
What is P1020A aluminium and how is it priced?
P1020A is the primary aluminium specification originally developed by Alcan (now Rio Tinto): Al ≥99.70%, Fe ≤0.20%, Si ≤0.10%, with strict limits on Cu, Zn, Ti and other impurities. It is the de facto LME delivery standard for primary aluminium ingots and the global benchmark for smelter-grade metal. Pricing is LME Aluminium 3-month official settlement price + a regional delivery premium. The Midwest Premium (for US delivery), Rotterdam Premium (Europe) and Japan CIF premium are the main regional benchmarks, reported by Platts and CRU. Premiums fluctuate independently from the LME price, driven by logistics costs, duty structures and regional demand.
What is the difference between ETP and OFE copper?
ETP (Electrolytic Tough Pitch) copper (Cu-ETP / C11000) contains approximately 250 ppm residual oxygen from the electrolytic refining process. It has conductivity ≥100% IACS and is the standard for wire rod, cable, bus bar and general electrical applications. OFE (Oxygen-Free Electronic) copper (Cu-OF / C10200) has oxygen reduced to ≤5 ppm through vacuum or inert-atmosphere casting. This prevents hydrogen embrittlement when brazing or welding in reducing atmospheres, making it essential for audio/video cables, vacuum electronics, medical equipment and high-frequency RF applications. OFE commands a significant price premium over ETP. For most standard electrical applications, ETP is the appropriate and more economical specification.
Which aluminium alloy is right for marine applications?
The 5xxx series (Mg-alloyed aluminium) is the international standard for marine structural applications. 5083-H321 is the most widely specified grade for shipbuilding, offshore platforms, LNG vessel insulation structures and cryogenic applications — it provides excellent corrosion resistance in seawater, high weldability and maintains strength at low temperatures (down to −196°C). 5086 is an alternative for less demanding marine environments. 5052 is used for lighter-gauge marine applications such as fuel tanks and hull plating on smaller vessels. The 6xxx and 7xxx series have lower corrosion resistance in marine environments and are not recommended for direct seawater exposure without protective coating.
What does EN 10204 3.1 mean for non-ferrous metals?
EN 10204 is the European standard for metallic product inspection documents. Type 3.1 means a certificate issued by the manufacturer's authorized inspection representative confirming that the product meets the requirements of the order specification — including chemical composition, mechanical properties and dimensions. For non-ferrous metals, the relevant product standards (EN 573, EN 485, EN 755 for aluminium; EN 1978, EN 1652, IEC 60104 for copper) define the acceptance criteria. Type 3.2 is countersigned by an independent third party (SGS, TÜV, Lloyd's) and is required for safety-critical applications such as pressure vessels, structural aerospace components and nuclear-related supply. Atabaş Group supplies 3.1 as standard and 3.2 on request.
Can Atabaş Group supply LME-registered cathode and ingot brands?
Yes. LME-registered copper cathode brands (conforming to EN 1978 Cu-CATH-1 and LME physical delivery specification) and LME-approved aluminium ingot brands (P1020A equivalent, LME Shape A) are available. Specific brand preferences should be stated in the inquiry — LME brand availability varies by origin and market conditions. For non-LME registered material, full EN 10204 3.1 mill certification and SGS/BV inspection at load port are provided as standard. Please contact us at atabas.com.tr/contact-us with your required grade, quantity, brand preference and delivery destination.
Enquire about aluminium & copper supply
P1020A Ingot · Alloy Sheet · Billet · Extrusion · Wire Rod · Foil · LME Cathode · Copper Rod · Bus Bar · Brass · Bronze
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