1100 Five-strip aluminum pattern plate application scenarios and advantages

1100 Five-strip aluminum pattern plate application scenarios and advantages

Five-strip aluminum pattern plate (5 Bar Aluminium Chequered Plate)  (usually refers to aluminum alloy patterned plate with five raised patterns on the surface) is widely used in many fields due to its unique anti-slip, wear resistance and aesthetics. The following are its main application scenarios and characteristics:

1.Transportation field

Vehicle floor/pedal: used for the floor or pedal of trucks, vans, buses, etc., anti-slip and wear-resistant, improving safety.

Ship deck: corrosion-resistant, salt spray-resistant, suitable for humid environments such as ships or offshore platforms.

Subway/high-speed rail interior: lightweight and high-strength, reducing the weight of the vehicle body.

2.Building decoration field

Indoor and outdoor floors: such as shopping malls, stairs, corridors, platforms, etc., anti-slip and easy to clean.

Wall decoration: modern building facades or interior decoration, both functional and aesthetic.

Anti-slip passage: anti-slip demand areas in public places such as hospitals and schools.

3.Industrial equipment field

Working platform/walkway: anti-slip platform or equipment walkway in factories and warehouses, with good load-bearing capacity.

Mechanical equipment guard plate: protect the surface of the equipment and reduce wear.

4.Other special scenarios

Refrigerated truck/cold storage floor: good low temperature resistance, suitable for cold chain logistics.

Billboard base plate: the pattern enhances the structural strength, suitable for outdoor advertising.

Product advantages

Lightweight: aluminum alloy is lighter than steel, easy to carry and install.

Corrosion resistance: surface oxidation treatment (such as anodizing, spraying) prolongs service life.

Strong customization: grain, thickness, alloy model (such as 5052, 6061) can be adjusted according to needs.

Pay attention to the direction of the grain during installation to maximize the anti-slip effect.