Aluminum Checker Plate

Aluminum checker plate, also written as Aluminium Chequer Plate, is a special perforated aluminum sheet with raised patterns for excellent decorative and anti-slipping performances, ideal for safety tread, architectural and engineering structures. The chequered aluminum plate is easy to be pressure processed, extended and bent, and welded. Aluminum checker plates can be supplied in different forms of finished products including diamond plates, tread plates and stair treads.

Applications
Aluminium checker plates are commonly used as tread plates, flooring decks, anti-slippery floors, building materials, decorative or antiskid panels in vehicles or machines, stairs and walkways in industrial settings and transportation, also popular for decorative cladding and protecting of walls, ceilings, facades.

Aluminum material applied is mainly composed of aluminum, magnesium and silicon.
Aluminum chequered plates with distinct design and highly slip resistance can be easily configured into a variety of designs and patterns as per the client’s requirement.

Aluminum chequered plate is a product where quality and functionality meets beauty for decorative panels used in air-conditioning, packaging, electric products and etc.

Checkered patterns: one bar, two bar, 3 bars, 5 bar, diamond, embossed, decorative

Surface treatment: Mill finish, PE coated, mirror finished

Choosing Auminum Checker Plates - Various base materials and their major applications:
Base Material: Cold rolling aluminum coil and sheet
Grade: 1060, 1100, 3003, 3105, 5052, 5083, 5754, 6061, etc
Alloy Type: 1050/1060/1070/1100/1200/1350/3003/3004/3105/5005/5052/5754/5083
Thickness: 0.2--20.0mm
Roll Width: 500-1500mm
Temper: O/H12/H22/H14/H24/H16/H26/H18

1100 Aluminum Sheet: Low strength aluminum alloy has excellent corrosion resistance and satisfactory anodizing and conversion coating finishing characteristics. Unmatched workability by any other commercial aluminum alloy material. Readily to welding, brazing, and soldering. Machinability is poor and tends to be "gummy". Non-heat treatable. Typical applications include chemical storage, processing equipment, kitchen utensils, and general sheet metal work.

3003 Aluminum Sheet: Approx. 20% higher strength than the 1100 series, but retaining an excellent workability rating. May show some slight discoloration when anodized, but reacts well to mechanical and organic finishings. 3003 is easily welded and brazed, but solder is limited to the torch method. Like 1100, tends to be "gummy" when machined. Non-heat treatable. Typical applications include food and chemical equipment, appliance components, truck and trailer roofing, heat exchangers, and lawn furniture components.

5083 Aluminum Sheet: With excellent corrosion resistance and weldability, together with high strength, this alloy was designed for welded structures requiring maximum joint strength and efficiency. Can be anodized for increased corrosion resistance, but does not lend itself to decorative applications. Not meant to be a machining alloy, but can be machined fairly well with proper preparations. Because of its relatively high magnesium content, the workability rating would only be fair. Non-heat treatable. Typical applications include large marine craft, containers, railroad cars, structurals and elevator cars.

5454 Aluminum Sheet: Excellent corrosion resistance and, unlike the other magnesium alloys, it maintains that rating when functioning in the 150-300 degrees F range where the others would be prone to stress corrosion. Not a decorative alloy but well adapted to the applied finishing processes. High strength, excellent weldability, fair formability, and poor machinability.Non-heat treatable. Typical applications include dump bodies, exhaust stacks, marine components, and chemical handling vessels.

Checkering Style Illustration:

Stucco Checker Pattern	Five-bar Pattern	Two bar Pattern
One bar Pattern	Duett Pattern

As one of leading aluminium chequer plate suppliers, we offer them in a wide variety of sheet sizes and thicknesses.