Refurbishment of Your Building Facades with Safety and Style
Experience the future of building with our revolutionary MACt Concrete Facade Premix.
Concrete Facade applications benefit greatly from our product, designed specifically for Glass Fibre Reinforced Concrete (GFRC). It not only complies with the Australian Standard AS 1530.1 for non-combustibility but also offers unmatched performance and aesthetic versatility.
Discover the Superior Building Benefits
Non-Combustible and Safe
Your building’s safety is our top priority. Our Modern Facade Premix meets the stringent AS 1530.1 standards, ensuring your facades are non-combustible. Perfect for high-rise buildings and public spaces, our product enhances fire safety, providing peace of mind.
Superior Performance
Experience unmatched durability and resilience. The glass fibres in our MACt Building Facades Premix boost tensile strength and flexibility, making your building exterior more crack-resistant and long-lasting compared to traditional concrete.
Lightweight and Versatile
Say goodbye to heavy, cumbersome panels. Our lightweight GFRC panels are easy to handle and install, speeding up construction and reducing structural load, offering greater design flexibility.
Aesthetic Appeal
Environmental Sustainability
Why Choose Our MACt Facade Premix?
Enhanced Durability
Improved Flexibility
Mold our GFRC-based MACt Facade Premix into various shapes and forms. Achieve creative and innovative designs that are not possible with traditional concrete.
Reduced Weight
Advantages Over Other Concrete Cladding Materials
Fire Safety
Unlike aluminum composite panels
(ACPs) and timber, our MACt
Facade Premix meets
non-combustibility standards,
ensuring safer building facades.
Durability and Maintenance
Design Versatility
Engage with Us Today
We are dedicated to providing innovative, high-quality products that meet the evolving needs of the construction industry. Our MACt facade cladding is the ultimate solution for enhancing the safety, durability, and aesthetic appeal of your building facades.
