WEB Net®
WEB Net ® – Walk On Netting Systems
WEB Net® is an innovative construction netting system designed to give maintenance teams safe and reliable access for inspections and light work at height. Built with precision and strength, this advanced tension netting system provides a stable “walk-on” surface with minimal deflection—something rarely achieved with traditional netting systems.
As one of the most trusted high-rise construction netting systems, WEB Net® is deployed across bridges, pipe racks, conveyor structures, and other critical infrastructure. Its versatility makes it ideal for tasks such as surface preparation, coating application, masonry and concrete repairs, pipe-work installation, and inspection.
With excellent tensile strength and stability, WEB Net® is among the most reliable walk-on netting systems available. Every project is tailored to site-specific needs, making it a prime example of engineered netting solutions for safe access and enhanced productivity.
For maximum safety, operatives working from the system are secured with a primary twin rope or wire rope fall protection setup, ensuring compliance and confidence at every stage of work.
| Dimensions- | 2x4m, 3x4m, 4x4m or 8x4m |
|---|---|
| Uniform Distributed Load (UDL) – | 1.5kN/m 2 |
| Factor of Safety (FOS) – | 3:1 |
| Material – | Aluminium |
Lower Transport & Storage Costs: WEB Net® is 5-10% of the weight and volume of conventional alternative systems scaffolding. It is easier and more cost-effective to transport. Requires minimum storage space on-site and in the yard
Lower Load Weight: WEB Net® has a significantly lower self-weight, allowing it to be used on structures that do not have a high load capacity
Safer Installation & Dismantling: WEB Net® is installed by rope access methods. Rope access is statistically safer for working at a height
Safe: Working at height techniques utilised to install WEB Net® reduces exposure time to working at height
Low Cost: Efficient installation leads to lower labour costs and lower total access costs. Reduced components and material cost
