Flexi-SafeTM Void Protection System
Voids
At Oldfields, we take great pride in being a trusted leader in the construction industry, providing innovative, high-quality solutions for projects of all sizes. We collaborate closely with our clients and offer tailored solutions that meet both functional and budgetary goals.
Our patented Flexi-Safe™ Void Protection System instantly transforms voids into secure and stable work platforms. Ideal for two-storey dwellings, they can also safely cover new or existing pools during construction or renovation, reducing tripping hazards and protecting workers from falls into unguarded holes or gaps, minimising the risk of accidents and injuries. Easy to install and remove, the panels lay flush with the floor, creating a level surface for safer working conditions.
The Flexi-SafeTM Void Protection System is structurally engineered and manufactured to meet stringent Work Cover requirements. Void protection systems are subject to regular audits and inspections to ensure compliance with safety regulations. Construction companies are legally obligated to ensure ongoing compliance and enhance overall site efficiency.
Features at a Glance
✔ Versatile Solutions
Modular systems to fill any void
✔ Safe & Secure
Reliable void protection for workers
✔ Fall Prevention
Reduces the risk of falls
✔ Easy Access Hatch Decks
Smooth and secure entry
✔ Flush Working Platform
Eliminates the risk of trips
Product Specifications
- Safe working load capacity 225kg
- Custom built to fit the size of each job, ensuring no gap or trip hazards
- Spacer fitted struts to allow gyprock to be fitted without the removal of the void platform.
Technical Specifications
- Plant design registered with SafeWork NSW
- Light duty requirements of Australian/New Zealand Scaffolding Standard AS/NZ1576.1-2010
- Platform Lengths: From 1.3m to 3.3m
- Platform width: 275mm/375mm/550mm
- Strut Max. Unsupported span: 2.5m
- Standard Max. Strut Length: 4.3m* void width
- Safe working load: 225kg between struts
* Strut supported at midspan