Aluminum Coil

6082 aluminum coil

  • Temper O, T4, T6, T651
  • Thickness 0.2-10mm
  • Width 100-2650mm
  • Length C


6082 aluminum coil is a heat-treatable alloy with good formability, weldability, machinability and corrosion resistance. It also has medium strength and can maintain good operability after annealing.

6082 aluminum coil characteristics:

1. It has good corrosion resistance, can be machined, welded, and has excellent formability;

2. It has medium strength and can still maintain good operability after annealing.

3. It has good anodic reaction performance. Commonly used anodic reaction methods include removal of impurities, dyeing, coating, etc.;

4. Easy to polish, color film, excellent oxidation effect;

5. High strength, high toughness, good usability and excellent interface characteristics.

Technical parameter

  • Temper O, T4, T6, T651
  • Thickness 0.2-10mm
  • Width 100-2650mm
  • Length C


Market Application

6082 aluminum coils are mainly used in camera lenses, aluminum furniture, rail aluminum, shipyard aluminum, industrial molds, etc.


Customizable advantages

Henan mingtai technology is tailored according to user needs.

Raw material advantages

Choose reliable large-scale suppliers, purchase key raw materials, and control quality from the source.

Process advantages

More than 20 years of rich experience, mature technology and high level of craftsmanship.

Equipment advantages

3300mm wide “1+1” hot rolling production line; self-developed (1+4) hot tandem rolling production line; multiple large-scale equipment at home and abroad.

Packaging advantages

3003 aluminum coil packaging pays attention to moisture-proof and rain-proof, to ensure that the surface of the aluminum coil is intact and scratch-free.

Price advantage

Adjacent to the raw material producing area, own power plant, 1.3 million square meter large factory, large-scale production, factory direct supply mode, and high cost-effective products.

Create a simple and convenient service experience for you anytime, anywhere.