Best FR Aluminium Composite Panels ACP
Whether your project is a private home, a corporate space, a large public building, or an industrial complex, ALUCOBOND® PLUS ACP panels provide durable aluminium cladding solutions with great functionality and creativity. As these composite panels provide great strength with aesthetic appeal, it has become most popular among architects and consultants for facade and other cladding solutions.
ALUCOBOND® PLUS is a composite panel consisting of two aluminium cover sheets with a mineral-filled core that is not easily flammable. It has been developed as one of the best fire-rated materials in architecture. These ACM composite panels are fire-resistant and weather-resistant, ensuring long-lasting facades for many years.
This next generation product boasts a range of fantastic properties such as surface flatness, formability, resistance to weather and simple processing. With myriad applications ALUCOBOND® PLUS is used extensively for airports, metro stations, railway stations, stadiums, corporate parks, IT parks, high rise towers, malls, etc.
| CHARACTERISTICS |
ADVANTAGES |
|---|---|
| Low weight, high rigidity, perfect flatness | Low cost for substructures and fasteners, Smooth handling on the site |
| Large variety of colours | Unlimited planning and design |
| Weatherproof | Supplied ready to install |
| Vibration-damping | No additional sound-damping needed |
| Can easily be folded and bent | Simple processing using conventional tools |
| Large panel sizes, fast installation, pre-fabricated panels | Short construction times, adherence to schedules, low cost |
Due to its composite structure, ALUCOBOND® PLUS can take on many different shapes – think of it like a separate ‘skin’ that wraps around a building’s structure, adapting and flowing with its contours. However, this material’s perfect formability does not affect its stability and flatness – the high rigidity of the panel remains.
Lightness meets rigidity
The composite structure of ALUCOBOND® PLUS means it has an impressive strength to weight ratio, no matter if it is a large sized panel. Despite its low weight – which makes ALUCOBOND® PLUS easy to transport and handle – its rigidity helps maintain its shape and flatness, even when exposed to extreme temperature changes.
Comparison of thickness and weight of Aluminium Composite Panels with equal rigidity
| ALUCOBOND® A2 | Aluminium | ||||
| Rigidity (E·J) | Section modulus | Thickness | Weight | Thickness | Weight |
| 1250 kN cm²/m | 1.25 cm³/m | 3 mm | 5.9 kg/m² | 2.7 mm | 7.3 kg/m² |
| 2400 kN cm²/m | 1.75 cm³/m | 4 mm | 7.6 kg/m² | 3.3 mm | 8.9 kg/m² |
Sustainability
3A Composites: Environment, Safety, and Quality
3A Composites, the parent company of ALUCOBOND®, is recognized worldwide as one of the leaders of aluminium composite panels, setting benchmarks in sustainability. Its reputation is spread far and wide, including among other diversified producers and raw material processing companies around the world.
The company’s unflinching commitment to sustainability – along with taking the needs of all key groups into account – enables it to make decisions of the highest economic, social, and ecological value. 3A Composites also commits to continuous self-improvement programs for environmental protection, many of which exceed government regulations.
ALUCOBOND PLUS Composit Panels Lifecycle
Over decades of use in a rear-ventilated cladding system, ALUCOBOND® PLUS cladding panels have protected buildings from weathering and the harmful effects of industrial and environmental pollution. It also acts as a barrier against solar radiation; the ventilated space between the ALUCOBOND® PLUS panels and the wall or the thermal insulation reduces heat transmission. In addition, with its Class A fire rating, ALUCOBOND® PLUS ensures superior fire safety performance, making it a reliable choice for modern architectural projects.
The Major Advantages of ALUCOBOND PLUS Composite Panels
- Lower maintenance costs
- Long-term preservation of the building’s structure
- During winter there are major savings in heating costs
- In summer there are major savings in air-conditioning costs
- Reduction of thermal expansion
- Reduction in crack formation
- Class A fire resistance rating of materials
Recycling
ALUCOBOND® PLUS is fully recyclable. Both the core material and the aluminium cover sheets can be used in the production of new material.
Frequently Asked Questions about ALUCOBOND® PLUS
What is ALUCOBOND® PLUS?
ALUCOBOND® PLUS is a premium aluminium composite panel (ACP panel) designed for modern facades and cladding. It features two aluminium sheets bonded to a mineral-filled core, ensuring exceptional durability, enhanced fire safety, and design flexibility. Known for its excellent flatness, weather resistance, and sleek finish, it's a trusted choice for architects worldwide.
How is ALUCOBOND® PLUS different from regular ACP panels?
Unlike standard ACP panels that typically use a polyethene core, ALUCOBOND® PLUS is engineered with a mineral-filled fire-retardant core. This makes it much safer and compliant with international fire safety standards. It also provides superior flatness, long-term weather resistance, and a wide range of finishes, ensuring both safety and aesthetics in demanding architectural projects.
Is ALUCOBOND® PLUS suitable for both exterior and interior applications?
Yes! ALUCOBOND® PLUS is highly versatile. For exterior applications, these aluminium composite panels offer weather resistance, UV stability, and long-lasting performance. Indoors, they enhance aesthetics with sleek, lightweight panels. With a wide variety of colours and finishes, ALUCOBOND® PLUS is ideal for facades, signage, ceilings, and decorative interiors.
Is ALUCOBOND® PLUS fire-resistant?
Absolutely. ALUCOBOND® PLUS is manufactured with a fire-retardant mineral-filled core, making it far more fire-resistant than regular ACP panels. This provides enhanced safety for buildings while maintaining design freedom and durability.
Which fire safety standards does ALUCOBOND® PLUS comply with?
ALUCOBOND® PLUS complies with international fire safety standards, including EN 13501-1 (Euroclass B-s1,d0), ASTM E84, and other globally recognized benchmarks. This makes it a preferred option for high-rise and public buildings, where safety is critical, while also ensuring superior performance compared to conventional aluminium composite panels.
What are the key benefits of using ALUCOBOND® PLUS in architecture?
The benefits of ALUCOBOND® PLUS ACP panels include:
- Excellent fire safety
- Outstanding weather resistance
- Superior flatness
- Lightweight yet strong structure
- Easy processing and installation
- Wide range of colours and finishes
Architects value ALUCOBOND® PLUS for its design flexibility, whether used in bold facades or sleek interiors, while also ensuring long-term durability and safety.
Is ALUCOBOND® PLUS easy to process and install?
Yes, these aluminium composite panels are designed for easy fabrication. They can be cut, bent, drilled, and shaped with standard tools. Their lightweight yet rigid composition reduces installation time and labour costs, making them ideal for modern cladding and curtain wall systems.
What thicknesses are available for ALUCOBOND® PLUS panels?
ALUCOBOND® PLUS is available in 3mm, 4mm, and 6mm thicknesses, with 4mm being the most commonly used for facades. This variety allows flexibility for projects, lightweight panels for interiors and thicker, more robust ACP panels for exterior cladding systems.
What are the recommended installation methods for ALUCOBOND® PLUS?
Recommended methods for installing these aluminium composite panels include routed-and-returned systems, cassette fixing, tray systems, riveted or screwed fixing, and adhesive bonding. ALUCOBOND® PLUS also integrates seamlessly with ventilated facade systems, ensuring both long-term stability and aesthetic appeal.
How lightweight is ALUCOBOND® PLUS compared to other cladding materials?
ALUCOBOND® PLUS is significantly lighter than solid aluminium sheets or concrete cladding while offering excellent rigidity and durability. As ACP panels, they reduce the structural load on buildings, simplify handling during installation, and lower overall project costs, without compromising safety or aesthetics.
