Non-Combustible Premium Interlocking Aluminium Cladding System
ZINTL® aluminium cladding system is a timelessly elegant and enduring material that offers a world of design possibilities. This high-performance aluminium cladding is available in a range of interlocking weatherboard profiles to suit any project.
ZINTL provides architects with fire resistant external cladding profiles that are versatile and non-combustible, certified to AS1530.1. Combining sophisticated style, extraordinary fire performance and efficient installation, this cladding system is ideal for residential, commercial, education, sporting and health care projects. Designed for quick and cost-effective installation, ZINTL requires minimal ongoing maintenance and can be customised to suit each project.
With its mix of natural, bold and subtle hues, ZINTL is perfect for any budget or environment delivering a modern aluminium cladding design. Its durability makes it particularly well suited for coastal properties and high traffic areas.
With its six unique profile designs and a broad range of finishes and colours, ZINTL® modern interlocking aluminium cladding system enhances any project. ZINTL® provides versatile aluminium cladding design options with weatherboard cladding profiles and a variety of timber look cladding finishes available.
Non-combustible to AS1530.1
ZINTL® is NCC compliant, fire resistant cladding certified to streamline the building approvals process. ZINTL® is the ideal fire rated wall cladding that doesn’t compromise on design or cost.
Easy to install
ZINTL’s interlocking cladding system is easy to use wall cladding, equalling faster installation, reduced site costs and superb alignment.
Powder coated finish
ZINTL interlocking aluminium cladding system features a superior long-lasting finish through trusted Interpon and Dulux ranges.
High quality marine grade aluminium
ZINTL is designed to be corrosion resistant, ensuring it will not oxidise over time and making it an ideal choice for all locations and harsh environments.
ZINTL surface finish warranties up to 30 years, based on powder coat range. Project warranties available with pre-approval.
Stocked in Australia
As ZINTL is stocked locally, there are reduced lead times for delivery.
ZINTL offers a team of experts with strong industry, design and technical knowledge available to assist with enquiries.
ZINTL is an affordable and high-quality interlocking aluminium cladding system option.
ZINTL aluminium cladding is offered in a wide range of Interpon and Dulux powder coated finishes as well as a selection of anodised and wood grain architectural finishes providing a beautifully refined aesthetic.
Futura: Designed to meet the needs of the most demanding projects, Futura has been developed specifically for architectural applications. The wide range of colour and finish options come with the added benefit of superior performance.
Flat Matt: When the distinctive non-reflective surface of Flat Matt interacts with light, you’ll discover new aesthetic possibilities. Using ground-breaking technology, the Flat Matt range offers amazing durability in the harshest of environments.
Colour Vitality: Designed for maximum impact and boldness, Colour Vitality also offers outstanding colour fastness and fade resistance. Available in satin and high gloss finishes.
Electro: A unique anodised look that’s designed to subtly change as light conditions alter throughout the day; the Electro range also comes with warranty-grade advanced super-durable polyester thermosetting powder.
Wood Grain: Available in a comprehensive selection of native, contemporary and exotic timber finishes, the Wood Grain range is a high quality and sustainable alternative to timber products. And best of all, this timber look aluminium cladding is virtually maintenance free.
ZINTL® is an excellent choice to enhance the sustainability of buildings due to its exceptional corrosion resistance and recyclability.
Our ZINTL solid aluminium panels are 100% recyclable offering an eco-friendly building material solution.
Up to 95% less energy is required in the recycling of aluminium in comparison to other primary metals leading a reduction in emissions.