Aluminum sheet 1050 0.6 mm Brushed colorful

02/03 2026

Aluminum sheet 1050 in 0.6 mm thickness with a brushed, colorful finish is an example of how a "simple" industrial metal becomes a design-grade surface without losing its engineering value. From a distance it reads like color and texture; up close it behaves like a reliable, highly formable aluminum with predictable performance. This dual identity is exactly why 1050 brushed colorful sheet is widely chosen for architectural trim, consumer electronics accents, signage, interior panels, decorative cladding, appliance skins, and light-duty enclosures where appearance matters as much as easy fabrication.

What makes 1050 aluminum different in a brushed colorful sheet?

AA 1050 is a commercially pure aluminum alloy, typically specified as 99.5% Al minimum. In practical terms, that means high corrosion resistance, high electrical and thermal conductivity, and very good workability. When the sheet is only 0.6 mm thick, those traits become even more valuable: the material can be bent, rolled, pressed, embossed, or laminated with low forming load, while maintaining a smooth, consistent surface after brushing and coloring.

The brushed finish adds a functional layer beyond aesthetics. Brushing creates a directional grain that helps mask minor handling marks and fine scratches better than a mirror-polished surface. It also gives a controlled, repeatable "visual texture" that designers use to reduce glare, emphasize lines, and make large surfaces look more refined. In many applications, the brushed grain becomes a visual cue for quality, similar to the way brushed stainless steel suggests durability, but with the lightweight advantage of aluminum.

"Colorful" typically refers to a surface treatment applied after brushing, most commonly coil coating (paint), anodizing with dye, or laminated decorative films. Each approach gives a different balance of outdoor durability, color uniformity, and abrasion resistance, so specifying the coloring method matters as much as choosing the alloy.

Core parameters customers care about

For buyers, aluminum sheet 1050 0.6 mm brushed colorful is usually defined by a handful of parameters that control both processing and end-use appearance.

Typical product parameters include thickness at 0.60 mm with tolerance per the chosen standard, width and length or coil form, brushed grain direction (longitudinal or transverse), surface protection film type, color system (RAL/Pantone or custom), gloss level, and coating/anodic film thickness. For architectural and panel uses, flatness and surface cleanliness are also critical because brushing will highlight waviness more than a matte surface.

Because 0.6 mm is thin, specifying temper is essential. Soft tempers are preferred for deep forming and tight radii; harder tempers help maintain stiffness and reduce oil-canning on large panels.

Alloy tempering and condition options

1050 can be supplied in several common conditions, depending on how it will be fabricated.

O temper is fully annealed, the easiest to bend and form with minimal risk of cracking. It is often chosen for complex shapes, wrapped edges, or parts requiring tight bend radii.

H14 is strain-hardened to a half-hard condition. It offers a useful balance of formability and stiffness, often selected for flat panels, trims, and general fabrication where the sheet must feel "solid" at low thickness.

H24 is strain-hardened and partially annealed, offering improved ductility over H14 while keeping some strength. It's a common choice when moderate forming is needed but the sheet still must resist denting better than O temper.

If the sheet will be anodized, temper and surface preparation influence final color consistency. If it will be coil coated, the coating system and bake schedule dominate color control, while the temper influences forming after coating.

Implementation standards and typical references

Specifications vary by region and industry, but the following standards are commonly referenced when ordering 1050 aluminum sheet for brushed and colored applications.

AA/ASTM references include ASTM B209 for aluminum and aluminum-alloy sheet and plate. If the product is coil-coated, coating performance may be evaluated with standards such as ASTM D3359 for adhesion, ASTM D2794 for impact resistance, and ASTM B117 for salt spray exposure when required by the customer.

European buyers commonly refer to EN 485 for mechanical properties and tolerances of aluminum sheet/strip, and EN 573 for chemical composition. If anodizing is specified, ISO 7599 is widely used for anodic oxidation of aluminum and its alloys, focusing on decorative and protective anodic coatings.

In practice, the "standard" is often a combination: base metal to ASTM B209 or EN 485/EN 573, plus a separate surface finish or coating standard agreed between supplier and customer.

Chemical composition: why purity matters

For 1050, the high aluminum content is what drives corrosion resistance and consistent finishing. Lower alloying content also reduces the risk of visible finishing defects that can occur with more alloyed grades in certain anodizing or brushing sequences.

Below is a typical chemical composition table for AA 1050, expressed as mass percent limits. Actual mill certificates should be used for acceptance.

How the brushed colorful surface works in real applications

The most distinctive way to understand this product is to treat it as a "surface platform" rather than just a metal sheet. The base 1050 provides stability, formability, and corrosion resistance; the brushed grain defines the light behavior; the color layer defines brand identity and environmental durability.

For interior applications such as elevator panels, decorative wall strips, retail fixtures, appliance facias, and display frames, coil-coated brushed sheet is popular because it provides strong color uniformity, easy cleaning, and predictable batch-to-batch appearance. The brushed texture helps hide fingerprints and reduces the visual impact of small scuffs from daily use. A protective film during fabrication further reduces handling damage, which is especially valuable at 0.6 mm where rework can distort flatness.

For signage and visual communication panels, the combination of low weight and easy cutting is the main advantage. 0.6 mm is easy to shear, laser cut, and route, and it can be bonded to substrates or framed with minimal load. Brushed color finishes give premium appearance without resorting to heavy gauge metals, and the directional grain can be aligned with typography or architectural lines to make signage look intentional rather than printed-on.

For light-duty enclosures, trims, and covers in consumer products, 1050's formability reduces tooling stress and supports crisp folds when the correct temper is chosen. When colored by anodizing, the surface can achieve a metallic depth that paint sometimes cannot replicate, making it attractive for control panels, decorative bezels, and accent strips. For products exposed to frequent touch, specifying higher abrasion resistance for the coating or anodic layer is more important than increasing base metal thickness.

Practical ordering notes for 0.6 mm brushed colorful 1050 sheet

Because the product's value is split between metal and finish, it helps to specify both clearly. Important items include alloy AA 1050, thickness 0.6 mm, temper (O, H14, or H24 as needed), brushed grain direction, color code and tolerance, finish type (coil coating, anodized + dyed, or laminated), coating/anodic thickness, surface protection film, and any performance tests required for adhesion, impact, or corrosion.

When chosen correctly, aluminum sheet 1050 0.6 mm brushed colorful becomes a fast, economical way to deliver "designed metal" at scale: lightweight, corrosion-resistant, easy to fabricate, and visually consistent-an engineered surface that performs in both the workshop and the customer's line of sight.

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