ACP Composite Plastic Sheet , Stone Grain 2mm Aluminium Plate

Product Description

ACP Plastic Sheet with 2.0mm Thickness, Stone Grain for Equipment Panels, ACP Cladding

Product Description:

Understood as aluminum composite panels, aluminum plastic panels are a multi-layer composite material crafted from two pre-painted aluminum sheets that are bonded to a non-aluminum core. This material is renowned for its mechanical strength, low weight and incredible resilience to environmental elements. Such qualities make aluminum plastic panels a top choice for indoor and outdoor building cladding. Not only that, they are a popular solution for signage in part because of its ability to be printed onto and its ease of handling.

Widely customizable, it’s possible to adjust the core material to be either fire-resistant or to meet special requirements. This level of versatility is adored by architects and engineers alike due to the wealth of options it provides.

 

Features:

Aluminum Composite Panels have an extraordinary ratio of strength to weight. The weight per unit volume of aluminum composite panels is close to 60% of aluminum panels and 30% of steel panels. Even if used for a long period, the adhesive force between the panel and the plastic core material will not lessen.

The color and shine of the panel will remain steady, even if used outdoors for a long time; and the coating will not detach. Furthermore, the panel shows excellent resistance against corrosion from acids and bases. The PVDF fluorocarbon resin coating is highly durable and can withstand wind pressure up to national category A Requirements.

Not only are the panels fire retardant, the core material is also made of harmless polyethylene and the two aluminum layers are both non-flammable. The flame-retardant standard of the composite panel is significantly higher than the required standards.

 

Technical Parameters:

 

Applications:

Acrylics boast a wide range of usage, meeting the requirements in a variety of settings and with a plethora of applications.

External Building Surfaces: Acrylics are applied in the façades of towering constructions, detached homes, corporate premises and trade towers. The weather and water resistant qualities these materials provide make them ideal choices in outdoor structures.

Indoor Embellishments: Inside a building, acrylics find their application in the interior design of residential, work and commercial spaces. These include wall panelling, unique ceiling ideas, and even room separators.

Directional and Marketing Signs: Also used for large outdoor advertisements, shop banners, navigational signs, digital print displays and exhibition podiums, acrylics impart a digital and modern appeal to the setting.

Vehicle Manufacturing: As light but strong materials, acrylics are often put to use in the fabrication of components for buses, trains, subways, aircraft and marine vehicles.

Domestic Fixtures: Further, given its temperature resistant, durable, and decorative qualities, acrylics are utilized for furniture patterns, storage units, kitchen top surfaces, and other indoor fittings.

Manufacturing Sector: When employed in industrial operations, acrylic forms enclosure materials for machines, safety covers for devices, andfinds applications in sterile environments.

Store Designing: Acrylic is also implementedforretail store compositions, booth layouts, and inside display structures.

Product processing performance:

The aluminium composite panels, a product of our company, can be effortlessly manipulated and sculpted with general woodworking and metalworking tools. These include tasks like cutting, sawing, milling, punching, pressing, folding, and bending. Such adaptability ensures precision while crafting various shapes mandated by architectural decoration design, particularly forms such as arcs, counter-arcs, small-radius corners, and both internal and external corners. Indeed, no other decoration materials can match this degree of versatility.

1. Cutting: Cutting tool, electric saw, hand saw, ring saw, etc.
2. Slot Milling: After processing with an electric and portable slot milling machine, the product can be manually bent into various kinds of polyhedrons.
3. Corner Removing: After processing with a puncher and corner removing machine, it can be combined in a trunk.
4. Welding: The product can be welded with plastic welding rods and hot wind welders.
5. Corner Bending: After processing with a slot milling machine, the product can be bent into various corners.
6. Bending: The product can be bent using 3-point or 3-rolling machines.
7. Printing: The product can be printed with screen printing plates.
8. Assembling: Rivet, nail, self-tapping screw, etc.
9. Punching: The product can be punched with an open puncher.

FAQ: