Fire protection on building exteriors – How to de-risk facade selection
This white paper discusses the development of Project Remediate and examines the types of facade products that should be used when replacing combustible cladding and what requirements they need to meet, with a focus on fire safety, structural adequacy, durability, and weather tightness.
The use of combustible cladding on high-rise buildings has come under increased scrutiny ever since the Grenfell and Lacrosse tower fires. In the years following, the need for fully compliant Deemed-to-Satisfy non-combustible cladding materials has grown exponentially. In response, the New South Wales (NSW) government has created an important oversight panel for this issue, as well as a funding program called Project Remediate to help building owners who are required to replace combustible cladding on their residential buildings.
Fire Protection on Building Exteriors: How to De-Risk Facade Selection discusses the development of Project Remediate, and how it is helping building owners and designers identify fire-safe, fully compliant cladding and reduce risk during the facade selection process. In this paper, we look at what Project Remediate is and the role of the Cladding Product Safety Panel. We then examine the types of facade products that should be used when replacing combustible cladding and what requirements they need to meet, with a focus on fire safety, structural adequacy, durability, and weather tightness.
Network Architectural presents ALPOLIC™ NC/A1, a fully compliant aluminium cladding product that has satisfied all testing requirements for the Project Remediate recladding scheme. This product was introduced exclusively for the Australian construction market and has been scientifically proven to be the safest aluminium facade product in real-life fire tests around the world.
Related Articles
Weathering the storm: ALPOLIC’s role in creating resilient architecture for changing climate
Amidst Australia’s climate crisis, ALPOLIC™ panels offer exceptional weather resistance and durability. Tested to meet rigorous standards, these panels withstand extreme conditions while maintaining aesthetic appeal. From the Q1 Tower to the Queensland Children’s Hospital, ALPOLIC™ showcases the resilience and sustainability needed for future-proof architecture.
Revolutionising Style and Safety: ALPOLIC™ NC/A1 Recladding of Trilogi Apartments, Melbourne
When Melbourne’s Trilogi Apartments faced the urgent need to replace hazardous cladding, they turned to ALPOLIC™ NC/A1 for a solution that blends unmatched safety with stunning design. Explore how this advanced aluminium composite cladding met rigorous safety standards and elevated the building’s aesthetic.
Human-Centric Lighting
Incorporating Human-Centric Lighting (HCL) into ceilings can have a profound impact on the day-to-day lives of occupants. When artificial light is synchronised with our natural circadian rhythms it can lead to improved sleep, mood regulation, and overall wellbeing. In this whitepaper, we illuminate the often-neglected physiological and psychological effects of lighting and look at how HCL systems can be seamlessly integrated into metal ceiling structures without compromising on design.