Decorative High Gloss ACP Partition Sheet 3mm Thickness Polyester Coating

High Gloss ACP Partition Sheet - 3.0mm, 0.2mm Aluminum Layer

Product Description:

The aluminum plastic board is composed of two distinctively different materials - metal and non-metal. Its creation unites the fundamental properties of aluminum and polyethylene plastic together, while transcending their limitations. It boasts a variety of superior features, such as magnificence, a wide range of color variations, excellent weather performance, resistance to corrosion and shock, fire and damp protection, noise and heat isolation, and earthquake resistance.

In addition, it is conveniently light-weighted, convenient for various molds and forms, and is easy to install and move. These advantages make aluminum plastic board an ideal choice in many fields.

Features:

Aluminum composite panels boast many qualities, ideal for construction. First and foremost, they are lighter in weight than aluminum and steel sheets, and highly robust. They possess strength-to-weight ratio, equaling that of steel at roughly 60% and 30%, respectively. To further enhance durability, their surfaces coatings are not susceptible to corrosion, corrosive acids, alkalis, and saline fog. On top of that, they demonstrate consistent color and gloss after prolonged outdoor exposure, and even fire-proof characteristics due to the non-flammable nature of the aluminum sheets sandwiching the polyethylene core layer. Finally, aluminum composite panels meet the national grade A standard for wind load endurance, making them ideal for exterior decoration on high-rise buildings.

Technical Parameters:

Applications:

Architectural Facades are employed in the external facing of some of life’s highest skylines. From skyscrapers, residential homes, corporate workspaces, and business towers, this material is used to enhance both form and function.

Interior design also capitalizes on the use of architectural facades. Used for a number of wall installations, ceiling concepts and dividing panels, this material is implemented to create unique and eye-catching aesthetics designed to last both in residential and commercial environments.

Aside from its architectural implementations, architectural facades can also be leveraged for exterior and signage uses. Commonly used for outdoor advertising like storefront displays, directional markers, digitally printed signs, and exhibition stages, this material provides a lasting and protective layer for all sorts of signposting.

In the transit sector, this material is employed in the construction of vehicle components. Used by buses, trains, metro systems, aircraft, and seafaring vessels, this material increases the lifespan of transport-based structures.

The material’s use also extends to home furnishings like furniture, cupboards, kitchen counter surfaces, and other domestic fixtures. It can also be employed in industrial settings, providing a shell as a form of shielding for machinery and tools, and at times sterile room uses.

Maybe most important, architectural facades provide the perfect platform for shopfront designs, having been used in the creation of retail outlets, booth structures, and indoor display modules. The material’s strength, durability, and various implementations make it the ideal choice for store owners and exhibition managers aiming to create a memorable, lasting experience.

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.