Product Description:

The aluminum plastic panel is a composite material, incorporating the best traits of its metal and non-metal components. It combines the robustness of metal aluminum with the versatility of polyethylene plastic, by mitigating the weaknesses of its base materials.

The aluminum plastic panel offers a myriad of remarkable features, such as:

• High-end aesthetics
• Colorful appearance
• Resistance to weathering, corrosion, and impact
• Fire and moisture prevention
• Sound and heat insulation
• Earthquake resistance

In addition, the panel is characterized by its lightness in weight, effortless processing, and simplicity in transportation and mounting.

Features:

Boasting an exceptional strength-to-weight ratio, aluminum composite panels have a mass per unit area roughly 60% that of aluminum sheets, and only a third of steel ones.

Unlike aluminum sheets, aluminum composite panels have a significant 180° peel strength that keeps them in place for extended use.

Their coating remains stable and offers a durable performance even after prolonged outdoor exposure, with no flaking and a lifespan of over two decades.

The surface coating of aluminum composite panels has powerful adhesion and is resistant to corrosive effects of acids (10%H2S04), alkalis (10%NaOH), and saline fog, while the PVDF fluorocarbon resin coating is particularly robust.

It also meets Grade A national wind load endurance standards for outdoor decoration on high-rise buildings.

Added protection is sourced from the non-toxic polyethylene core layer, sandwiched between two non-flammable thin aluminum sheets, meeting the requirements of GB8624-2006 B1 grade fire resistance.

Technical Parameters:

Applications:

Product processing performance:

Our manufactured aluminum composite panels are readily tailored using both woodworking and metalworking instruments. Operations such as chopping, sectioning, milling, perforating, compressing, folding, and arching are possible. This ensures architectural decorative requirements are met with precision, especially designs like curves, opposing curves, minimal bend edges, and both inner and outer angles. Such adaptability is not often seen in other ornamental resources.

1.Segmenting: Tools span from hand-operated to electric and ring saws.
2.Ridge Milling: Post-processing with a mobile milling machine, one can shape it into diverse polyhedral figures.
3.Corner Deduction: After operations with a perforating device and corner reduction equipment, integration is achievable.
4.Binding: Combine using hot wind devices and plastic welding sticks.
5.Angle Molding: Following ridge milling, the desired angles can be formed.
6.Arching: Utilize 3-pivot or 3-barrel machines for this purpose.
7.Marking: Utilize screen print boards for markings.
8.Consolidating: Use mechanisms like rivets, spikes, and automated screws.
9.Puncturing: Perforations are feasible with a general puncher.

FAQ: