Comparative Performance in High-Impact Environments
Traffic safety bollards installed on central islands and busy junctions are subject to frequent vehicle impacts. For local authorities and contractors, the primary requirement is a product that maintains its position and visibility after multiple strikes, reducing the need for constant maintenance or replacement.
Recent site observations demonstrate a clear performance gap between the Weebolflex and standard market alternatives. In high-traffic areas where impacts are frequent, the Weebolflex continues to provide effective traffic management and clear demarcation, whereas competing products often fail at the hinge point, leading to permanent deformation.
Technical Engineering of the Weebolflex
The resilience of the Weebolflex is the result of specific material engineering and a one-piece moulding process. Unlike mechanical systems that can seize or fail over time, this bollard utilises a bespoke polymer body designed for passive safety and rapid recovery.
Key Technical Features:
Controlled Folding Mechanism: The design features a flexible hinge point with increased rigidity behind the deeply rebated reflective panel. This ensures the body takes the force of the impact rather than the reflective material, preventing panel creasing and maintaining visibility.
Structural Reform: The one-piece body is engineered to reform to an upright position immediately after impact. This reduces the risk of the bollard becoming a hazard itself by flopping over or protruding into the carriageway.
Passive Safety Certification: The system is independently tested and meets the requirements of BS EN 12767:2019 (100-NE-A-R-NS-MD-0). This ensures that in the event of a high-speed collision, the risk of injury to vehicle occupants is minimised.
Anti-Twist Design: The base and body integration prevent the bollard from rotating upon impact, ensuring the traffic diagram remains correctly oriented to oncoming drivers.
Longevity and Maintenance Reduction
Observations of the Weebolflex in situ show that even when the body appears tarnished from repeated contact, the structural integrity remains intact. The bollard stays upright and functional where others fail. This durability directly translates to lower operational costs, as it significantly reduces the frequency of site visits for bollard replacement and the associated traffic management requirements.
By specifying the Weebolflex, IPL group provides a solution that balances the need for a rigid deterrent with the flexibility required for modern passive safety standards. It remains one of the most reliable options for busy urban intersections and high-speed road networks.
