Global Aluminium & Metals Trading
Connecting
Markets.
Creating Value.
A reliable partner in global aluminium and metals trade linking producers, markets and opportunities with commercial intelligence.
- Market Access
- Reliable Supply
- Commercial
Intelligence - Sustainable
Trade
Our Focus
Aluminium & Metals for a Stronger Tomorrow
Aluminium Billet →
High-quality billets for diverse industrial applications.
Primary Aluminium →
Reliable supply of primary and secondary aluminium ingots.
Aluminium Recycling →
Sustainable solutions through efficient recycling and circular trade.
Other Metals & Raw Materials →
A broader metal portfolio to meet evolving market needs.
Global Reach
A Network
Without Borders
Connecting key markets across Europe, Asia, Middle East, North Africa and the Americas with trusted partners.
Explore Our Global Network
- SupplyProducers & Smelters
- TradeGlobal Markets
- PartnershipLong-Term Relationships
- IntelligenceData-Driven Decisions
Meet us at
ALUMINIUM 2026
Düsseldorf, Germany
06 – 08 October 2026Düsseldorf, Germany
Open in ALUMINIUM 2026 Hub Commercial Intelligence
Turning Market Data into Real Opportunities
We combine market intelligence, industry insight and global networks to create tangible value for our partners.
Discover Our ApproachSustainability
Responsible Trade
for a Circular Future
Supporting a more sustainable aluminium value chain through responsible sourcing, recycling and long-term partnerships.
Our Sustainability ApproachHigher
Recycled Content
Recycled Content
Lower
Carbon Footprint
Carbon Footprint
More
Circular Value
Circular Value
Latest Insights
Market Insights & Industry Updates
MARKET
Global Aluminium Markets: Key Trends for 2026
An overview of supply, demand and price dynamics shaping the market.
Read More
INDUSTRY
The Role of Recycling in a Sustainable Aluminium Future
How secondary aluminium is reshaping global trade.
Read More
EVENT
ALUMINIUM 2026: What to Expect in Düsseldorf
Key topics, participants and opportunities at this year's leading industry event.
Read MoreAlloy Range & Scrap Grades
Ingots to EN AB standards and custom chemistry, with scrap supply across every major series. Datasheets and the full catalogue are available on request.
Selected EN AB ingot grades
- EN AB 21000
- EN AB 42100
- EN AB 43000
- EN AB 43200
- EN AB 44000
- EN AB 44300
- EN AB 45000
- EN AB 45300
- EN AB 46000
- EN AB 46200
- EN AB 46400
- EN AB 47100
- EN AB 48000
- EN AB 51200
- EN AB 71100
- View full range
Complete EN AB ingot range
Reference range for commercial discussion. Availability, origin, technical documentation and commercial terms remain subject to current supplier confirmation.
Scrap by alloy series
1000 Series →
Pure, unalloyed, with at least 99% aluminium content.
Technical reference PDF ↗2000 Series →
Copper is the main alloying element, adding significant strength.
Technical reference PDF ↗3000 Series →
Manganese raises strength by about 20% while keeping 1000 series properties.
Technical reference PDF ↗4000 Series →
Silicon is the main element; strength rises with silicon content.
Technical reference PDF ↗5000 Series →
Magnesium-based, the strongest of the non-heat-treatable alloys.
Technical reference PDF ↗6000 Series →
Magnesium and silicon together allow heat treatment for extra strength.
Technical reference PDF ↗7000 Series →
Zinc, often with magnesium, gives the strongest of all alloy families.
Technical reference PDF ↗8000 Series →
Lithium, tin and iron are added in varied ratios for specific uses.
Technical reference PDF ↗One material, endless applications
Aerospace
Automotive
Marine
Machining
Construction
Medicine
Nutrition
Corporate
ÇELEBİOĞLU MÜHENDİSLİK LTD
Engineering, business development and aluminium supply relationships brought together under a customer-oriented commercial platform.
Company Background
CELEBIOGLU TRADE develops aluminium and metals opportunities through international sourcing, market access, supplier-buyer coordination and long-term commercial relationships.
Product origin, producer identity, certification status, availability and commercial terms are confirmed transaction by transaction against current supplier documentation before quotation.
Core supply: Primary aluminium alloy ingotsSecondary: Secondary aluminium alloy ingotsRecycling: Aluminium scrap supply chainCustomisation: Alloy chemistry according to customer requirements
Founder — Hüseyin Selami ÇELEBİOĞLU
Electronics and Communication Engineer (İTÜ), engineering and business-development executive, and former committee chairman at the Istanbul Chamber of Commerce.
Hüseyin Selami ÇELEBİOĞLU brings engineering, international business development and market-access experience to CELEBIOGLU's commercial network.
Çelebioğlu Engineering Limited was founded to provide engineering services across broadcast technologies, tourism technologies and metals, working with sector suppliers to establish customer–supplier relationships, solve engineering requirements and accelerate product supply.
Product & Quality Intelligence
Standards, Traceability & Sustainability Knowledge
Technical reference content is presented to support commercial qualification and supplier-buyer discussions.
ASTM · EN AB · DIN · BS · JIS
International Alloy Standards
Alloy designation and equivalency references may be used for initial qualification. Final chemistry, tolerances and acceptance criteria must be confirmed against the applicable standard and producer documentation for each transaction.
QA · TRACEABILITY
Supplier Quality Documentation
Where required, supplier certifications, inspection reports, certificates of analysis and traceability documents are reviewed for the specific producer and shipment before commercial confirmation.
EVIDENCE-BASED
Sustainability Documentation
Recycled content, carbon-footprint and sustainability claims are presented only when supported by current, product-specific or producer-specific documentation with a clear scope and source.
Aluminium series — properties and typical uses
1000 Series
Minimum 99% aluminium; ductile, easy to shape and a good conductor. Typical uses include electrical applications, aviation, food packaging and foils.
2000 Series
Copper-based high-strength alloys; additional Mg/Mn/Si enable further heat treatment. Typical uses include aviation and automotive.
3000 Series
Manganese-based; about 20% higher strength than 1000 series while retaining core properties. Used in construction, roofing, cladding, energy, automotive, kitchen products and beverage cans.
4000 Series
Silicon-based; strength increases with silicon content. Good mechanical strength, corrosion resistance, machinability and weldability. Used in automotive components, solder plates and welding rods.
5000 Series
Magnesium-based, strong among non-heat-treated alloys, with high corrosion resistance and weld strength. Used in marine, construction, automotive and energy.
6000 Series
Magnesium + silicon; heat-treatable, corrosion resistant and suitable for extrusion. 6063 and 6061 are highlighted as common extrusion alloys. Used in automotive, marine and medical sectors.
7000 Series
Zinc-based, with Mg and other additions; among the strongest aluminium alloys. Used in aerospace, medical and automotive sectors.
8000 Series
Purpose-designed alloys using elements such as lithium, tin and iron for lower density, hardness, high-temperature performance or fatigue resistance. Used in aviation and food/pharmaceutical packaging.
Knowledge Base
Aluminium Designation & Temper Reference
Practical aluminium designation, temper and standards references are available directly within the CELEBIOGLU TRADE site.
Temper Designation System — EN
Basic temper designations use F, O, H, W and T. F = as fabricated; O = annealed; H = strain-hardened; W = solution heat treated; T = thermally treated to produce stable tempers other than F, O or H.
| Code | Meaning |
|---|---|
| H1 | Strain-hardened only |
| H2 | Strain-hardened and partially annealed |
| H3 | Strain-hardened and stabilized by temperature treatment |
| H4 | Strain-hardened and subjected to paint bake cycle |
| T4 | Solution heat treated and naturally aged |
| T6 | Solution heat treated and artificially aged to maximum strength |
| T7 | Solution heat treated and artificially overaged |
| T8/T9 | Solution heat treated, cold worked and artificially aged |
Casting Alloy Designation — EN 1780 / ANSI AA
EN casting designations use EN + A + C, followed by a five-digit numerical composition or chemical symbols. Example: EN AC-42000KT6 / EN AC-Al Si7Mg0.3. The AA casting system uses four-digit numerical designations such as A356.0.
| Group | EN family |
|---|---|
| Copper | 2XXXX / 21XXX / AlCu |
| Silicon | 4XXXX — 41/42/43/44/45/46/47/48XXX |
| Magnesium | 5XXXX / 51XXX / AlMg |
| Zinc | 7XXXX / 71XXX / AlZnMg |
Wrought Alloy Designation
Wrought aluminium alloys are commonly designated by EN AW / AA four-digit systems. The first digit identifies the major alloy family: 1xxx commercially pure aluminium, 2xxx copper, 3xxx manganese, 4xxx silicon, 5xxx magnesium, 6xxx magnesium-silicon, 7xxx zinc and 8xxx other alloying systems.
Cross-Reference Standards
Cross-reference work may compare aluminium grades across EN, DIN, ISO, ANSI/AA, BS, AFNOR, UNE, UNS, JIS, CSA and SIS systems. Representative examples include EN AW-1050A / AA1050A, EN AW-2017A / AA2017A, EN AW-5083 / AA5083, EN AW-6060 / AA6060, EN AW-6061 / AA6061, EN AW-6082 / AA6082 and EN AW-7075 / AA7075.
DIN is the German standards system; EN is the European Norm system; ISO uses composition-based alloy naming; AA is the Aluminum Association system; BS, AFNOR, UNE, UNS, JIS, CSA and SIS provide corresponding national or regional designation frameworks.
Aluminium Casting Methods
Aluminium casting processes are selected according to geometry, alloy family, required properties and production method. Final process and alloy suitability should be confirmed with the relevant producer for each application.
Insights & Alloy Knowledge
Technical reference →Technical notes and alloy-reference material retained inside the CELEBIOGLU TRADE experience.
Aluminum Casting Methods
Aluminium casting and alloy/process selection according to customer requirements.
Temper Designation System
EN temper designations covering F, O, H, W and T conditions, plus common H- and T-tempers.
Cross-Reference Table of Designation Standards
Reference across EN, DIN, ISO, ANSI/AA, BS, AFNOR, UNE, UNS, JIS, CSA and SIS.
Designation System for Casting Alloys
EN 1780 and ANSI/AA casting-alloy designation logic, alloy groups and examples.
Designation System for Wrought Alloys
Wrought aluminium alloy families and international designation principles.