A versatile heat-treatable alloy, 6061 aluminum plate is renowned for its exceptional welding capabilities, high strength-to-weight ratio, superior corrosion resistance, and ease of processing. It is widely used in the industries of electronics, mechanical, structural, marine, and aerospace. In metalworking, 6061 aluminum is widely preferred due to its ease of processing.
GNEE UNS A96061 aluminum plate specifications
UNS A96061 aluminum plate specifications
| Name | 6061 aluminum plate | |
| Hot selling status | O, T4, T6, T451, T651 | |
| Equivalent name | UNS A96061, EN AW-6061, AlMgSiCu, AW-AlMg1SiCu, 3.3211, ASTM B209 | |
| 6061 aluminum sheet | Thickness: 0.01"–0.24" (0.2 mm–6 mm) | Width: 35.4"-104" (900 mm-2650 mm) |
| 6061 aluminum plate | Thickness:0.24"-9.84"(6mm-250mm) | Width: 35.4"-104" (900 mm-2650 mm) |
| 6061 Ultra-wide aluminum plate | Thickness: 0.01"-0.24" (0.2 mm-6 mm) | Width: 35.4"-104" (900 mm-2650 mm) |
| 6061 Ultra-flat aluminum plate | Thickness: 0.24"-9.84" (6 mm-250 mm) | Width: 35.4"-104" (900 mm-2650 mm) |
| 6061 aluminum diamond plate | Thickness: 0.05"–0.32" (1.2–8 mm) | Width: 35.4"-72.83" (900 mm-1850 mm) |
| length | Max 6m, Fix & Cut Length or Customized | |
| Lamination type | Blue film, transparent film, black and white film, paper (film thickness: 50 microns, 80 microns) | |
| Surface treatment | Mill finish,Bright, polished, hairline, brush, sandblast, checkered, embossed, etching, etc. | |
| Standard | ASTM B209, AMS 4027, AMS-QQ-A-250/11, AMS 4025, ASTM B209, DIN EN 485-2, GB/T 3190 | |
6061 aluminum plate physical properties
| 6061-O | 6061-T4 | 6061-T451 | 6061-T6 | 6061-T651 | |
| Shear Strength | 84 MPa | 170 MPa | 170 MPa | 210 MPa | 210 MPa |
| Tensile Strength | 76-130 MPa | 130-230 MPa | 130-240 MPa | 270-310 MPa | 270-320 MPa |
| Elastic Modulus | 69 GPa | 69 GPa | 69 GPa | 69 GPa | 69 GPa |
| Brinell Hardness | 33 HB | 63HB | 63HB | 93HB | 93HB |
| Elongation | 20% | 18% | 20% | 10% | 11% |
Questions you might have about EN-AW6061 aluminum plate
Popular options for gnee's 6061 aluminum plate
AA6061 O Aluminum Plate: Exhibits good extrusion formability, yielding higher hardness and strength after quenching.
In comparison to 6061 T6 plates, 6061 T4 aluminum plates exhibit more ductility after solution heat treatment and natural aging, providing greater formability.
6061 T6 Aluminum Plate: Usually available in thicknesses under 1/4 inch, this alloy is very popular. It has outstanding resistance to corrosion, and protective coating treatments can improve it even further.
Aluminum plate Al6061 T651 was created by stretching 6061-T6 to reduce internal tension. It is the most widely used heat-treatable aluminum alloy and works better in shaping operations.
Often utilized in structural applications, 6061 Precision Super Flat Aluminum Plate is well-known for its excellent formability, weldability, and corrosion resistance.
Ultra-wide Aluminum Plate EN-AW6061: The maximum width of Chalco's 6061 aluminum plate is 2650mm.
Notable for its exceptional toughness, extended service life, lack of low-temperature brittleness, and high weldability is 6061 Diamond Aluminum Plate.
What are the advantages of GNEE?
As a primary manufacturer, GNEE offers the most competitive prices for A96061 aluminum plates with a maximum width of 2650mm and a minimum thickness of 0.2mm, meeting a variety of thickness and width requirements. All products are certified under quality systems like ISO 9001, GJB 9001, AS9100, TS16949, and hold Nadcap (NonDestructive/Heat/Materials Testing) certifications. Customization options for Japanese, European, and American standards are available to satisfy customer demands.
What are the characteristics of EN-AW6061 aluminum plate?
Excellent strength-to-weight ratio
Superior corrosion resistance
Good workability
Excellent welding properties
Easily machinable
What are the best application areas for ASTM B209 6061 aluminum plate?
Aerospace
Engineering materials
Marine components
Pressure vessels
Structural components
Mold manufacturing
What are the differences between 6061 T4 vs 6061 T6 aluminum plates?
Production process: 6061 T4 is subjected to natural aging and solution heat treatment, while 6061 T6 is subjected to artificial aging.
Mechanical characteristics: 6061 T4 is more elongated, which improves its formability. 6061 T6 is more resilient than 6061 T4 due to its higher tensile and yield strengths.
Surface treatment: Anodizing is an option for 6061 T6.
Price: The 6061 T4 is somewhat less expensive than the 6061 T6.
What production equipment does GNEE have as a 6061 aluminum plate supplier?
A state-of-the-art 1+4 4500mm hot rolling production line from SMS Group, manufactured in Germany, is installed at GNEE. Closed-loop control of thickness and sheet shape is made possible by the line's German IMS curvature gauge and Siemens electrical setups. The hot rolling machine has temperature control systems, work roll bending with a multi-zone cooling system, hydraulic adjustment systems, and CVCplus technology.In addition, it has waste transport systems, flue gas purification systems, coiling machinery, edge trimming equipment, and a light and heavy shear. They use SMS Group's German-built 2800mm single-stand and double-stand CVC cold rolling mills for cold rolling, which have a maximum rolling force of 20,000 kN and can attain speeds of up to 1800 m/min. By reducing frequent quality problems, these cutting-edge production lines and technologies ensure excellent plate form and surface quality.
What quality problems do A96061 aluminum plates generally encounter?
Usability may be impacted by appearance quality problems, which are common due to the production characteristics of aluminum alloy sheets. These problems include uneven or dirty surfaces, poor plate shaping, scratches, black streaks, peeling, inclusion, hot lines, gas paths, sticky rollers, holes, corrosion oxidation, and yellow oil spots.
Dimensional quality: In an effort to increase product output rates, dimensions such as length, width, and thickness are now subject to stricter limits. Products will be deemed non-compliant if their dimensions do not satisfy customer tolerance criteria.
Packaging abrasion: Static electricity marks and other abrasions are caused by friction between surfaces when there is no interleaving paper or film between sheets.
Transportation wear: Excessive handling during loading and unloading can cause packing damage or moisture leaks from containers, which can result in package mold.
