10mm Thick Aluminium Plate Sheet EN-AW 7075 T651 Grade Super Hard Various Sizes

7075-T651 is a zinc-based alloy with tensile strength typically 500–570 MPa, making it roughly 40–50% stronger than 6061-T6 (tensile ~310 MPa). 6061 is easier to weld and slightly more corrosion-resistant in bare form, while 7075 is the choice when maximum strength-to-weight ratio is the priority — such as in aerospace brackets, tooling fixtures, and high-load structural parts.

In bare mill-finish form, 7075 has moderate corrosion resistance and is not ideal for prolonged salt-spray or marine exposure without a protective coating. Anodizing or powder coating significantly improves durability. For consistently wet or coastal environments, 5052 or 5083 alloys are typically a better bare-metal choice.

Yes, with the correct blade. Use a fine-tooth carbide-tipped blade rated for non-ferrous metals, run at moderate speed, and apply cutting fluid or lubricant to reduce heat buildup. Avoid high-speed cuts without lubrication, as this can work-harden the cut edge and dull blades prematurely. A band saw or cold saw gives the cleanest results.

T651 plate is produced to tight dimensional tolerances. Thickness tolerance for 10 mm plate is typically ±0.3 mm per standard EN 485-4 / ASTM B209 specifications, though actual tolerance may vary by batch. If your application requires tighter tolerance, contact us to confirm before ordering.

Select the smallest size that fully covers your required blank with at least 5–10 mm of margin on each edge for clamping and finishing. Ordering slightly oversized is more cost-effective than ordering a second piece. If your required dimensions fall between listed sizes, choose the next size up and machine to final dimensions.

Yes. 7075 anodizes well and produces a hard, wear-resistant oxide layer. Type II (standard) and Type III (hard anodize) are both compatible. Note that anodizing adds a thin layer (typically 5–25 µm for Type II) which may affect tight-tolerance features — account for this in your design if hole fits or mating surfaces are critical.