Anti-slip aluminum stair treads are designed to improve the safety of stairs. The stair treads adopt a male/female interlocking design and can be installed on structural members. They are particularly suitable for public places with large traffic, industrial areas, outdoor stairs, home terraces, etc. Aluminum treads have the advantages of being durable, light weight, and good anti-slip performance. They are an ideal material for stair treads.

Anti-slip patterned aluminum sheets have good wear resistance and anti-slip properties. They are usually used in areas where anti-slip measures are required, such as stairs, workshops, factories, truck compartments, etc. MC Aluminum can provide patterned aluminum sheets of various materials such as 1060, 3003, LF21, 3004, 1100, 1050, 5052, etc., which can be customized and anodized, which greatly extends the outdoor service life of aluminum patterned sheets.

Specifications of anti-slip patterned aluminum sheet:

Why choose patterned aluminum sheet for anti-slip?

Good anti-slip effect: The raised patterns on the surface of the patterned aluminum sheet (such as orange peel pattern, diamond pattern) increase the friction and effectively prevent slipping.

Corrosion resistance: The aluminum sheet itself has good oxidation resistance and is suitable for outdoor or humid environments.

Beautiful and practical: The pattern design is not only practical, but also increases the beauty of the stairs.

Lightweight and durable: The aluminum sheet is light in weight and easy to install, while having high strength and durability.

Easy to clean: The surface of the aluminum pedal is smooth, dust and stains are not easily attached, and it is relatively simple to clean.

Our advantages:

High brightness, fully automated in the production and processing process, no artificial surface scratches and oil stains, patterned aluminum sheets will be separated by paper during packaging, which can better ensure the surface finish of the patterned aluminum sheets, and the decorative effect is very good.