Sand Aluminium

Technical Specifications
Supply form: Coil, Strip, Sheet
Thickness [mm]: 0,06 – 3,00
Width up to[mm]: 2200,00
Internal diameter[mm]: 150,400,500
Maximum coil weight[MT]: ≤4

An aluminum surface with a sand finish refers to aluminum that has undergone a surface treatment process, resulting in a texture similar to fine sandpaper. This finish is achieved by blasting the aluminum surface with fine sand particles or using abrasives in a controlled process to create a uniform, matte texture.

Colours

Crystal Sand

Sand Blue

Sand Cream

Sand Grey

Sand Red

Optical Values
·All aluminium alloys and tempers
·All colours and glosses(Ral and Pantone)
·Customized colours and designs
·All coatings systems(PU-PA/HDPE/PE)

Tolerances
Mill thickness[mm]: 0,20 – 0,50 ± 0,04
Mill thickness[mm]: 0,51 – 1,00 ± 0,05
Width slit coil[mm]: ± 0,20 standard
Flatness[%]: 1 % of wavelength

Protective Film
Protective film type: PE – Film
Protective film thickness[µm] : 40 – 60

Coating Layer
Primer DFT [µm] :8 ± 1
Top coat DFT [µm] :16 ± 2
Pencil hardness: ≥ 2H
Flexibility T-Bend: 2T Maximum

Advantages
**Aesthetic Appeal**: The sand finish provides a sophisticated look that is both modern and understated.
**Functional Benefits**: Enhanced surface durability, better adhesion for coatings, and reduced glare are some of the functional advantages.
**Maintenance**: The matte surface is generally easier to maintain, as it hides fingerprints, smudges, and minor scratches better than polished or glossy finishes.

Application
**Architectural Panels**: Used for cladding and decorative purposes in buildings, providing a modern, sleek appearance.
**Automotive Parts**: Components such as trim pieces or interior panels may feature a sand finish for both aesthetic and functional purposes.
**Consumer Electronics**: Laptops, smartphones, and other electronic devices often use aluminum with a sand finish for its premium look and feel.
**Furniture**: Aluminum furniture or fixtures with a sand finish are favored for their modern design and durable surface.