EasyFloor©
Subfloor Frame Systems.
EasyFloor© Sub-floor Frames:
83% Lighter, 100% Stronger
Our light gauge steel sub-floor frames weigh 83% less than traditional structural steel while delivering equivalent load-bearing capacity. The high strength-to-weight ratio of cold-formed steel means easier handling, faster installation, and reduced foundation loads without compromising structural integrity.
Superior Moisture and Termite Resistance
Unlike timber subfloors that can rot, warp or attract termites, our EasyFloor© systems are completely impervious to moisture damage. The galvanised steel construction ensures your foundation remains stable and strong for decades, regardless of ground moisture or weather conditions.
Precision Service Integration
Every frame features strategically placed, pre-punched service holes with flared edges for safe cable and pipe routing. This eliminates on-site drilling and ensures perfect alignment for electrical, plumbing, and HVAC services from the start.
Rapid Installation Process
Prefabricated components arrive ready for assembly, reducing installation time by up to 70% compared to traditional methods. No specialised equipment or hot works required – just bolt together with standard tools for immediate results.
Ultra-Lightweight,
Steel Construction.
Zero Hot Works Installation
DSSF
Con-form Group's EasyFloor© Sub-Floor Frame Systems represent two decades of engineering innovation in lightweight steel construction. Our G550 galvanised steel frames are custom-designed and manufactured at our Bathurst facility, featuring pre-punched service integration and modular components that install without cutting or welding. Perfect for sloping sites, flood-prone areas, or any project requiring absolute dimensional stability, these frames resist all forms of degradation that plague traditional materials. With our 50-year warranty and certification to Australian Standards, EasyFloor© subfloors deliver unmatched value through reduced installation time, zero maintenance, and the peace of mind that comes from building on truly solid ground.
