ALUMATE architectural façade systems enhance the look and feel of any outdoor façades, soffits, internal walls, and ceiling lining. ALUMATE is ideal for any new buildings or renovations and is suitable for both residential and commercial applications where low maintenance, high durability, non-combustibility, and a realistic wood grain finish are required.
ALUMATE
CLADDING SYSTEMS
ALUMATE aluminium cladding utilises several systems: ALUMATE Shiplap Cladding System and ALUMATE Seamless Joint panel System.
Shiplap Cladding System
Featuring an interlocking tongue and groove design to achieve concealed fixings while providing a conventional timber appearance with a clean and durable finish.
Seamless Joint Panel System
A cutting-edge cladding solution renowned for its impeccable aesthetics and superior resilience. It features a unique design that allows for an unbroken and smooth facade, enhancing the architectural allure of any structure.
ALUMATE
MODULAR CLADDING
PROFILES
ALUMATE façade products are available in a vary of widths and offer straight forward fixing methods making it highly flexible for any design specification and application. Featuring an interlocking tongue and groove design to achieve concealed fixings to the timber appearance providing a clean and durable finish. ALUMATE modular cladding can be orientated either vertically or horizontally depending on the requirements of the project to deliver consistently spaced shadow/joint lines.
ALUMATE
CLADDING
FEATURED PROJECTS
ALUMATE aluminium cladding is ideal for any new build or refurbishment as it is suitable for residential and commercial applications where low maintenance and durability are desired.
Technical Specifications
ALUMATE products are tested to comply with the Australian Fire Protection Standard AS 1530.1.
• Grade 6063-T5 Aluminium extrusion profiles and accessories
• Decoral Aluminium heat transfer surface finishing
• Certified AS 1530.1-1994 Compliant – Non-Combustible
• Density 2712 kg/m³ • Ultimate Tensile Strength 140 MPa
• Yield Strength 97 MPa
• Young’s Modulus 69 GPa
• Melting Temperature 615°C
• Thermal Conductivity 201-218 W/m°K.
