8082 Aluminum Alloy

8082 aluminum is a medium-strength 8000-series grade with an aluminum–magnesium lean chemistry that delivers good corrosion resistance and moderate mechanical properties. It is suited to applications needing a balance of formability, weldability, and durability rather than peak strength. Linsy supplies 8082 in O, H14, and H18 tempers across sheet, bar, and tube, with custom dimensions and MTC documentation for every order.

Available forms: sheet / plate / bar / tube
Common tempers: O / H14 / H18
Processing support: CNC machining / bending / welding / anodizing
Quality documents: MTC report with every order

What Is 8082 Aluminum Alloy?

8082 is a general-purpose 8000-series alloy positioned between the soft forming grades and the high-strength structural alloys. Its lean magnesium addition improves strength and corrosion resistance over pure-aluminum grades while keeping good workability, making it useful for welded assemblies, enclosures, and architectural parts.

Available 8082 Aluminum Products

Typical production ranges are listed below; custom dimensions are available on request.

Form Temper Dimension Range Note
Sheet & Coil O, H14, H18 Thickness 0.5 – 100 mm Custom widths/lengths
Plate O, H14, H18 Thickness 6 – 120 mm Quarto
Round Bar O, H14, H18 Diameter 6 – 300 mm Cut to length
Tube O, H14, H18 Outer Diameter 10 – 300 mm Wall 1 – 30 mm

8082 Specifications & Equivalent Designations

  • AA / EN AW: 8082
  • UNS: A98082
  • Common tempers: O, H14, H18

Chemical Composition of 8082 Aluminum

Element Composition (%)
Magnesium (Mg) 4.0 – 5.0
Manganese (Mn) 0.2 – 0.8
Iron (Fe) 0.40 max
Silicon (Si) 0.20 max
Copper (Cu) 0.10 max
Chromium (Cr) 0.10 max
Zinc (Zn) 0.25 max
Titanium (Ti) 0.15 max
Others (each) 0.05 max
Others (total) 0.15 max
Aluminum (Al) Remainder

Mechanical Properties by Temper

Temper Tensile Strength (MPa) Yield Strength (MPa) Elongation (%) Note
O 110 – 150 70 – 110 12 – 20 Soft, weldable
H14 160 – 200 130 – 170 5 – 12 Half-hard
H18 200 – 240 170 – 210 4 – 8 Full-hard

Temper Selection Guide

  • O – soft and weldable; for formed or welded parts.
  • H14 – half-hard; general fabricated components.
  • H18 – full-hard; stiffer non-welded parts.

Key Characteristics of 8082 Aluminum

Corrosion Resistance

Good general and atmospheric corrosion resistance, suitable for indoor and light outdoor use.

Weldability & Formability

Reasonable weldability and formability in O temper support fabricated assemblies.

Strength

Medium strength — above pure aluminum but below 5xxx/6xxx structural grades; pick per load case.

Common Applications

  • Welded assemblies and enclosures
  • Architectural and decorative panels
  • General corrosion-resistant components
  • Light structural and tubing parts

Processing & Surface Finish Notes

8082 can be cut, bent, and welded with standard aluminum practice. Avoid over-aging during welding by controlling heat input. Anodizing gives a uniform decorative finish; specify temper and post-weld treatment for appearance-critical parts.

Quality Documents & Inspection

Every shipment is accompanied by an MTC report detailing chemical composition and mechanical test results. Third-party inspection and SGS test reports can be arranged on request. Incoming and outgoing inspection covers dimensions, surface condition, and mechanical properties.

Why Choose Linsy for Your Aluminum Procurement

Linsy operates a Shenzhen production base with over 20 years of aluminum manufacturing experience, supplying 1000–8000 series alloys to global B2B buyers. We support custom dimensions, tempers, and processing for both prototype and production volumes.

  • Custom sizes & tempers: non-standard thicknesses, widths, and lengths cut to order.
  • Processing support: CNC machining, laser cutting, bending, polishing, and anodizing.
  • Quality documents: an MTC (Mill Test Certificate) is supplied with every order.
  • Standards: materials supplied to ISO 9001, ISO 14001, and ISO 45001 quality and environmental management systems.

Related Resources

Engineering guides and specification references help with alloy selection and design. The external links below are provided for background reading and should be replaced with Linsy-owned content before publication (verify before use).

8082 Aluminum FAQ

What is 8082 aluminum used for?

Medium-strength fabricated and welded parts, enclosures, and architectural panels where corrosion resistance matters more than peak strength.

Can 8082 be welded?

Yes, it has reasonable weldability in O temper; control heat input to avoid softening.

Is 8082 a structural alloy?

It is medium strength — adequate for light structural and tubing use, but 5xxx/6xxx grades are better where high load is expected.

General Ordering FAQ

What is the typical lead time?

Standard sizes are usually available within 10–60 days depending on alloy, temper, and order volume. Confirm exact timing with our sales team when requesting a quote.

Can you supply custom dimensions?

Yes. We cut to customer-specified thickness, width, length, diameter, and wall thickness where the production process allows.

What quality documents are provided?

An MTC report is included with every order. Additional third-party or SGS reports can be arranged on request.

Which surface treatments are available?

Common options include mill finish, anodizing, polishing, and specialized coatings subject to alloy and application.

Production Equipments

Certifications

Warehouse and Stock

Order Process

Linsy Advantages

Linsy Aluminum is a leading supplier of aluminum processing products, serving diverse industries including aerospace, general engineering, automotive, marine, shipbuilding and other specialized industrial applications.

We are committed to maintaining the highest standards of quality and environmental responsibility, as demonstrated by our certifications: ISO 9001:2008, ISO 14001:2004 and SGS.

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