Wood Grain Surface Color ACP Partition Sheet With Fluorocarbon Coated Surface

Product Description:

The aluminum plastic panel is a composite material that takes the best traits of its metal and non-metal components in order to create an impressive balance. Featuring aluminum for its robust properties and the versatile nature of polyethylene for its plastic components, this panel mitigates the weaknesses of its base materials whilst hailing a range of unrivalled features.

Advantages of the aluminum plastic panel includes aesthetics, a range of colourful appearance, weather, corrosion and impact resistance, fire and moisture prevention, sound and heat insulation, and earthquake resistance. In addition to this, the aluminum plastic panel is reassuringly lightweight, easy to process as well as transport and install.

Features:

Aluminum composite panels have numerous advantages. For one, they have a very high strength-to-weight ratio. To put it into perspective, the weight per unit area of aluminum composite panels is only about 60% of that of aluminum plates, and 30% of steel plates, all with the same stiffness (E.j). Furthermore, Has high 180° peeling strength which holds even after long-term use – aluminum plate and plastic core material will not automatically peel off with time. When used outdoors, the material can endure large weather conditions with little to no change in color and gloss, having a general lifespan of over twenty years. Moreover, the surface coating has great anti-corrosive properties, capable of resisting the corrosion of acid (10%H2S04), alkali (10%NaOH), and even salt mist, thanks to the PVDF fluorocarbon resin coating. In addition, its performance reaches the national A level, making it readily eligible for exterior wall decoration with sufficient wind pressure resistance. Finally, aluminum composite panels are fire-resistant due to the non-toxic polyethylene core and the non-combustible aluminum thin plates. Both the density and combustibility are lower than common building materials.

Technical Parameters:

Applications:

Building Exteriors are used for a variety of purposes such as cladding high rise buildings, bungalows, corporate offices, and commercial towers. They are also utilised for exterior decorations in hotels, resorts, restaurants, airports, railway stations, bus terminals, and ports.

Building Interiors are used for interior decoration, such as wall paneling, ceiling designs, and room partitions, in homes, offices, and commercial spaces.

Signage is utilised for a plethora of purposes, ranging from billboards, shopfront signage, direction signs, digital print signage, and display platforms.

In the realm of transportation construction, the use of building exteriors is heavily utilised in the manufacturing of body parts of buses, trains, metros, airplanes, and marine vehicles.

Furniture is often made using building exteriors, predominantly in furniture designs, wardrobes, kitchen cabinet surfaces, and other interior fixtures.

Industrial uses of building exteriors are also common, applying them as casing materials for machinery, protective covering for equipment, and cleanroom applications.

Building exteriors are also incorporated in retail design such as retail store setups, kiosk designs, and interior display units.

The hospitality sector frequently utilises building exteriors, as they are used for interior decorations, signage, and external cladding in hotels, resorts, and restaurants.

The healthcare sector in particular is a main user of building exteriors due to its easy-to-clean and durable surface. Examples of its use range from cladding in hospitals, clinics, and health centers.

The Education sector also heavily rely on building exteriors, such as for signboards, furniture, and internal partitions in schools, colleges, and universities.

Sports and Recreational venues often integrate building exteriors, applying them for cladding, internal decorations, and signage in stadiums, gyms, and sports complexes.

Lastly, building exteriors are utilised in Infrastructure for cladding and signage in airports, railway stations, bus terminals, and ports.

Our Company:

Product processing performance:

Our range of aluminum composite panels can be adeptly modified with general carpentry and metallurgy equipment. Techniques such as lacerating, bisecting, etching, punching, condensing, pleating, and recurving are manageable. These ensure finesse in executing structural aesthetic mandates, notably patterns like helicals, anti-helicals, micro-angled terminuses, and varying vertexes. This pliability is rare in other decorative elements.

1.Partitioning: Equipments like manual blades, electric slicers, and loop cutters are proficient.
2.Etch Milling: When maneuvered with a handheld etcher, a myriad of geometric shapes can be hand-carved.
3.Apex Clipping: Through punch-tools and apex clippers, uniting in a structure is streamlined.
4.Amalgamating: A blend using warm air instruments and resin welding threads is possible.
5.Apex Curve: Successive to etch milling, it's feasible to mold multiple angles.
6.Spiraling: Trio-point or triple-roll devices are proficient for such tasks.
7.Stenciling: Imprint via stencil imprint methods.
8.Mounting: Engage mechanisms like bolts, pins, and self-piercing screws.
9.Stamping: Depressions are possible using an expansive puncher.