custom aluminum discs

HAOMEI Aluminum made 3105 H24 aluminum circle and disc for cookware and deep drawing, with stable thickness, surface quality, QC standards, and customization options.

HAOMEI Aluminum produces 1070 aluminum circles with dual production capacity of casting and hot rolling. The products are of high quality, sold directly by the manufacturer, and have preferential prices.

Factory-made mirror finish 3003 aluminum discs with tight tolerances, controlled surface, and stable deep-drawing performance for cookware, lighting, and anodizing.

24-inch aluminum circles from a manufacturer support cookware, lighting, signage, and industrial forming with stable quality and precise dimensions.

The bottom of pressure cookers often uses 3003 O aluminum discs, which have good rust resistance, formability, and thermal conductivity.

Compare 3105 aluminum circle and 1100 aluminum circle for cookware: chemistry, strength, forming, anodizing, QC, and stable factory supply.

Factory-made 36 inch aluminum circle for pressure vessels, with alloy, temper, thickness, tolerance, forming, inspection, and packaging details.

Factory guide to aluminum circle disc for cookware sizes, covering alloys, thickness, temper, dimensions, and forming requirements for cookware production.

Overview of 1050, 1060, 1070, 1100 and 3003 aluminum circular blanks for traffic signs, focusing on temper options, forming, corrosion resistance and use cases.

3003 aluminum alloy belongs to the aluminum-manganese (Al-Mn) series, with aluminum (Al) content over 96%, and small amounts of manganese (Mn) and copper (Cu). It features excellent corrosion resistance and formability. Compared with the 1000 series of pu

Factory guide to custom processing of large diameter aluminum discs, covering alloys, tolerances, surface quality, forming performance, and applications.

For Aluminum circles 1/8" thick 14", 3003 or 5052 ​alloys are most commonly chosen for their balanced strength, corrosion resistance, and deep-drawing performance.

5052 aluminum discs are used in various fields such as road traffic signs, directional signs, and safety warning signs.

Factory-made 36 inch aluminum disc for industrial use, with alloy options, tolerances, surface quality, and OEM sizing support.

1/2-inch anodized aluminum discs are widely used in cooking, electronics, lighting, construction and other fields.

5052 aluminum discs are used for street light covers. They are sturdy and durable, and also need to have good heat dissipation, aesthetics, and service life.

Factory guide to aluminum circle specifications, covering alloys, tempers, thickness, diameter, tolerances, surface, and applications.

Factory guide to the difference between 3003 and 1050 aluminum circles, comparing chemistry, forming, anodizing, and typical uses for cookware and stamped parts.

Compare the electrical conductivity, thermal conductivity, corrosion resistance and mechanical properties of 1050, 1060, 1070 and 1100 aluminum discs.

24 inch aluminum circle discs are made of high-quality alloy with precise dimensions and a smooth surface. They are suitable for a variety of industries such as cookware, lamps, and signs, and support customized processing.

Factory comparison of 3105 aluminum circle vs 5052 aluminum circle for cookware and stamping, covering specs, QC, forming, corrosion, and supply.

Factory-made 1050 H0 aluminum circle/disc with stable deep drawing performance for cookware, lighting, and signage. Sizes, tolerances, and QC controls.

The 3003-O aluminum disc is specially designed for rice cooker inner pots and supports anodizing and food-grade non-stick coating treatments.

3003 H24 aluminum alloy is a widely used material for non-stick cookware bodies because it combines formability, moderate strength, and corrosion resistance.

1070 aluminum circle discs have a reflectivity of 86% to 95%, which maximizes the reflection of light and improves the visibility of the sign.

High quality 3003 aluminum disc for lighting with strong formability, corrosion resistance, and stable anodizing performance across common tempers for reflectors and housings.