Description
High-Visibility Flexible Rebound Bollard That Bounces Back
In tight car parks and busy construction zones, rigid steel bollards aren’t always the answer. Sometimes, you need a visual guide that can take a hit without causing expensive damage to the vehicle or the post itself.
Our FB750 flexible rebound bollard is a highly resilient delineator post designed to define traffic lanes and warn drivers of hazards. Engineered with a self-recovering mechanism, this flexible rebound bollard is capable of flexing up to 90 degrees upon impact and instantly snapping back to its upright position.
This “forgiving” design makes it the ideal choice for separating lanes, marking tight turning circles, or delineating reserved parking spaces. The bright orange body, combined with high-intensity reflective bands, ensures maximum visibility day and night, guiding traffic effectively while minimizing maintenance costs.
1. Self-Recovering Design (Impact Resistant)
Stop replacing bent posts. This flexible rebound bollard is constructed from robust, flexible materials (typically Polyurethane or TPU) that allow it to absorb impacts from vehicles. If a car drives over it or nudges it, the post simply bends and springs back, retaining its shape and function.
2. Vehicle-Friendly Protection
Unlike steel barriers which can destroy a bumper or scratch panels, a flexible rebound bollard is soft enough to yield on contact. This prevents minor navigational errors from turning into costly insurance claims for your visitors or staff.
3. Maximum Visibility
Safety starts with being seen.
- Body: Vibrant Safety Orange for daylight visibility.
- Reflectors: High-Intensity Reflective Striping ensuring the flexible rebound bollard glows brightly under headlights at night.
Ideal Applications
Car Parks: Separating entry/exit lanes or preventing parking in “No Standing” zones.
Construction Sites: Delineating temporary roadways and hazard zones.
Warehouses: Marking pedestrian walkways where forklifts operate in close proximity.
Drive-Thrus: Guiding vehicles through tight curves without damaging cars.
