PRANCE metalwork is a leading manufacturer of metal ceiling and facade systems.
An Aluminium Composite Panel(ACP) is a versatile and durable building material made of two thin layers of aluminium sheets that are bonded to a non-aluminium core. ACPs having this structure possess properties of light weight and high strength together, which is why they are used for both the architectural interior and exterior. The core material is normally made out of Polyethylene (PE) or a fire entrance, making it more appropriate for different conditions.
What Are Aluminium Composite Panels Used For?
Durability: One reason ACP are excellent panels is that they are almost impervious to the weather, corrosion, and UV rays, which would keep them looking great for years.
Light in Weight: The making of the panels is light in weight which makes it easy to handle them for easy installation and reduced construction time and cost.
Aesthetic Flexibility: Aluminium composite panels are available in various finishes and colors, which provides architects and designers the ability to create whichever visual effects they'll need, and to match virtually any style of building.
Insulation: ACPs have an inherent characteristic of thermal insulation which can reduce the energy costs by keeping the buildings cooler in summer and warm in winters.
Low-cost: ACPs are designed as a more economically priced alternative to solid metal panels and other solid materials and offer a durable and aesthetically flexible yet low-cost solution.
Applications of Aluminium Composite Panels
Outside: Facades, awnings and signboards.
Interiors: Wall coverings, ceilings, partitions, furniture.
Around the home: Wall coverings, container constructions, and the like, where lightweight, yet durable panels are useful.
Architects and designers who are looking for low-maintenance building materials for their new construction and renovation projects should consider using aluminium composite panels, as these panels can fulfil the requirements for various building materials used in construction.