The AODELI NCP (Non-Combustible Panel) is a premium aluminium cladding solution designed for projects where fire performance is crucial.
Constructed with high-grade aluminium skins bonded to an aluminium profiled core, NCP is lightweight and structurally strong. It has also been tested to AS 1530.1 and AS 1530.3 for non-combustibility. Finished with AODELI's premium three-coat PVDF coating, the panel is designed to withstand Australia's harsh conditions while delivering long-lasting colour performance.
Available in a wide range of standard, custom and colour-matched finishes, it gives architects, builders and designers the flexibility to create compliant, high-quality facades for commercial, residential and infrastructure projects.
Contact AODELI today to discuss your upcoming project.
AS1530.1 & AS1530.3 Non-Combustible Compliance
The AODELI NCP Non-Combustible Panel is tested to AS 1530.1 for combustibility and AS 1530.3 for early fire-hazard properties.
Manufactured from high-grade 5052 aluminium throughout, NCP features a 0.7mm front and 0.5mm rear aluminium skins separated by an “egg carton type” aluminium core.
Unlike panels that rely on mineral core fillers to achieve fire performance, NCP uses an all-aluminium construction, delivering a lightweight solution with excellent structural strength.
NCP Technical Specifications
Explore the technical specifications of NCP, including its aluminium construction, durable finish, lightweight design and warranty details.
Colour Range & Samples
NCP is available in a wide range of standard and custom colour-matched finishes to help bring architectural designs to life.
Finished with AODELI’s premium three-coat PVDF coating as standard, NCP delivers long-lasting colour performance and durability in Australian conditions.
Explore the available colours and finishes in our colour chart, or request a sample to confirm the right finish for your project.
Key Benefits
From compliance to colour flexibility, NCP provides a high-performance cladding solution built for Australian conditions.
- Non-combustible aluminium panel
- Tested to AS1530.1
- Tested to AS1530.3
- Manufactured using German technology
- Large stock holdings of standard colours and finishes
- Unlimited custom colour matching and finish options
- 100% recyclable aluminium construction
- Lightweight
- Up to 20+ years of warranty
Projects Featuring NCP
Explore completed projects demonstrating how AODELI’s NCP delivers durable, non-combustible facade solutions across a range of applications.
Additional Resources
Access the latest NCP resources to learn more about product performance and technical specifications.
Frequently Asked Questions
How much does NCP non-combustible cladding cost?
This depends on several factors. AODELI NCP is priced by quotation, with the final cost based on the specific requirements of each project. Factors such as panel quantity, dimensions, colour or finish selection, whether custom colour matching is required, freight, and whether you also require AODELI accessories can all influence the final price
For an accurate quote, provide us with your project details, including estimated quantities, location, and preferred finish. Our team can then recommend the right solution and prepare a tailored quotation.
Can NCP replace aluminium composite panels (ACP)?
Yes. AODELI NCP is designed as a fully non-combustible alternative to traditional 4 mm aluminium composite panels (ACP). It offers similar thickness, fabrication, and installation properties.
What thickness is NCP aluminium cladding?
Our NCP has an overall panel thickness of 4 mm, matching the thickness of standard aluminium composite panels (ACP). It features a 0.7 mm top aluminium skin, 0.5 mm rear aluminium skin, and an egg-carton-style aluminium core for added strength, durability and lightweight performance.
What are the benefits of aluminium cladding over fibre cement cladding?
Compared to fibre cement, aluminium cladding is lighter, easier to install and available in a broader range of premium colours and finishes. It is also durable, corrosion-resistant, easier to maintain, and individual panels can be replaced if they become damaged or need replacing over time.