Rear Ventilated Facade Construction

CROSSFIX REVOLUTION

CROSSFIX is a stainless-steel façade substructure engineered for low carbon impact, high safety and efficient installation, delivering strong performance with fewer components and reduced material use.

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Withstands High Temperatures

Long-term oxidation resistance above 800 °C, with a melting point over 1375 °C (vs 650 °C for aluminium)
Retains 55% mechanical strength at 700 °C, ensuring durability under sustained heat

Low-Carbon by Design

Up to 3.5× lower CO₂ emissions and 10× less primary energy than aluminium during production
Reduces whole-building energy demand, requiring less insulation and retaining existing insulation to minimise waste

Low Thermal Conductivity

13× lower thermal conductivity than aluminium, delivering better U-values and reduced thermal bridging
Thinner wall build-ups with less insulation, increasing usable floor space and improving return on investment

Seismic-Resilient Design

High lateral elasticity and stainless-steel durability ensure performance during seismic movement
Independently seismic tested by CSTB for use in earthquake-prone regions

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CROSSFIX SYSTEM

stainless steel Facade substructure system with thermal stop and wall anchor

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Reduce Thermal Bridging. Improve U-Values.

CROSSFIX uses 100% stainless steel, with thermal conductivity of just 17 W/(m·K) compared to 160 W/(m·K) for aluminium.

The result? Significantly reduced thermal bridging, improved U-values with the same insulation thickness, and better internal wall temperatures – driving higher overall energy efficiency. See Nelse Lodge Project for real Australian results.