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4.0 mm PE Aluminum Composite Panel , Stone Grain Finish , Custom Size
DESCRIPTION
An Aluminum Plastic Panel, also known as an Aluminum Composite Panel (ACP), is a type of composite material consisting of two thin layers of aluminum bonded to a non-aluminum core, typically made of polyethylene or a fire-resistant material. This structure gives the panel a combination of lightweight properties, high strength, weather resistance, and ease of processing, making it widely used in exterior building cladding, interior decoration, signage, and exhibition displays.
The surface of an aluminum plastic panel is often coated to enhance its corrosion resistance and aesthetic appeal, with common coatings including Polyester (PE) and Fluorocarbon (PVDF). The panels come in a variety of colors and patterns, including wood grain and stone effects, to meet different design requirements. Due to its excellent cost-effectiveness and versatility, aluminum plastic panel has become a popular choice in modern construction and decoration.
Company Profile
As an Aluminum Composite Panel manufacturer established in 1999, we
use sophisticated production equipment for delivering top-notch
products. Our panels stand out with their aesthetic appearance,
durability, and versatility, fueling contemporary decoration
trends. We pioneered ISO 9001:2008 certification in our industry
and have been honored with multiple awards. Our brand "Richly
Bound" embodies our wide range of quality products.
Product Features
1. Light in Weight, Strong in Structure: Boasts an exceptional strength-to-weight ratio, with aluminum
composite panels weighing approximately 60% less than aluminum
panels and only 30% of steel panels for equivalent rigidity (E.j).
2. Exceptional Bonding Strength: Demonstrates significant 180° peel strength, ensuring sustained
adhesion between the aluminum panel and plastic core material even
after prolonged use.
3. Durable Against Weathering: Maintains color and gloss stability even with prolonged outdoor
exposure, with no coating detachment, and a typical lifespan
exceeding twenty years.
4. Corrosion Resistance: The surface coating exhibits remarkable adhesion and withstands
corrosion from acids (10%H2S04), bases (10%NaOH), and saline mist,
with the PVDF fluorocarbon resin coating particularly notable for
its resilience.
5. Wind Pressure Resistance: Meets national category A standards, satisfying wind pressure
requirements for external wall decoration on high-rise buildings.
6. Fire Resistant: Features a core layer of harmless polyethylene sandwiched between
two non-flammable aluminum thin sheets, ensuring fire resistance.
Application fields
1. Building Facades and Cladding
- Exterior Cladding: ACPs are commonly used in the external
cladding of buildings. They provide a modern, sleek appearance and
can be customized with different colors and finishes, including
metallic, matte, or textured surfaces.
- Facade Renovation: They are also ideal for renovating old
buildings, giving them a contemporary look while improving
insulation and weather resistance.
2. Interior Applications
- Wall Panels: ACPs are often used for interior wall coverings in
commercial spaces, hotels, and residential buildings. They offer a
clean and polished look that is easy to maintain.
- Ceilings: In addition to walls, ACPs are used for ceiling panels, adding to the aesthetic value and providing a lightweight, durable
solution.
3. Signage and Display
- Outdoor Signage: ACPs are widely used for outdoor signage due to
their weather resistance, lightweight nature, and ability to hold
digital prints. They are ideal for large-format signs, billboards,
and corporate branding.
- Indoor Signage: ACPs are also used in indoor signage, exhibition
stands, and display units. Their smooth surface is excellent for
printing, and they can be cut into various shapes and sizes.
4. Partitions and Office Furniture
- Office Partitions: ACPs are used to create partitions in offices,
providing privacy while maintaining a modern aesthetic. They can be
customized with different finishes to match the office decor.
- Furniture: Some office and commercial furniture also use ACP due
to its lightweight and durable properties. It's especially common
in tables, cabinets, and modular office systems.
5. Transportation Industry
- Vehicle Body Panels: ACPs are used in the manufacturing of body
panels for vehicles, particularly in buses, trucks, and trains.
Their lightweight nature helps in reducing the overall weight of
the vehicle, improving fuel efficiency.
- Shipbuilding: In the maritime industry, ACPs are used for
interior partitions, ceilings, and other non-structural components
in ships due to their corrosion resistance and lightweight
properties.
6. Retail and Hospitality
- Shopfronts: ACPs are popular in retail environments for creating
eye-catching shopfronts that attract customers. Their ability to be
formed into various shapes and their durability make them ideal for
this purpose.
- Hotel Interiors: In the hospitality industry, ACPs are used in
lobby
areas, guest room interiors, and decorative features. They provide a luxurious look and are easy to maintain.
7. Architectural Elements
- Columns and Beams Cladding: ACPs are used to clad columns and
beams, giving a unified and aesthetically pleasing look to
structural elements.
- Canopies and Balconies: ACPs are also used in canopies,
balconies, and awnings due to their resistance to weather
conditions and ease of installation.
8. Miscellaneous Applications
- Elevator Panels: ACPs are often used in the interiors of
elevators, providing a durable and attractive surface.
- Kiosks and Booths: They are used in the construction of kiosks, ticket booths, and similar small structures due to their ease of fabrication and installation.
Product processing performance
Using typical woodworking and metalworking tools, the aluminium
composite panels
manufactured by our company can be effectively processed and
molded. Operations such as cutting, sawing, milling, punching,
pressing, folding, and bending can be undertaken with ease. This
makes it possible to create various forms with precision that are
needed in architectural decoration design, specifically for shapes
like arcs, counter-arcs, small-radius corners, and internal and
external corners. Such a high level of adaptability is
unprecedented in other decoration materials.
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.