Specifications
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Download the technical data sheet for Kali-Flex flexible bollards
Flexible circular polyurethane bollard with 16 mm zinc-plated overmolded bolt (80 mm projection)
- Above-ground dimensions: Ø90 x 1210 mm (Ø3.5 x 47.6 in)
- Four 80 mm Type IV reflective strips arranged according to MTMD requirements
- 22 x 100 mm aluminum threaded anchor to be glued into asphalt or concrete OR screw-in anchor in asphalt
- Excellent cold resistance
Reflective Strips
Four 80 mm Type IV reflective strips arranged as per MTO requirements
Anchors
22 x 100 mm aluminium threaded sleeve for gluing into asphalt or concrete
Your Kali-Flex flexible bollards at a glance
Kali-Flex flexible bollards offer tested and proven resilience.
Fewer Replacements: A self-righting product requires less labor.
Weather Durability: Materials designed to withstand freeze/thaw cycles and intense UV rays.
A flexible bollard is a vertical signaling device designed to delineate lanes, protect cycling areas, or guide traffic, with one essential characteristic: it is articulated or made of shape-memory materials.
Unlike a traditional steel bollard that breaks or is permanently bent upon impact, a flexible bollard lies down under the force of a vehicle and automatically straightens back up.
Frequently Asked Questions
Flexible bollards are often installed in bike lanes, pedestrian corridors, and areas requiring visual separation between different road users.
A flexible bollard is designed to bend on impact and return to its upright position. A rigid bollard is more focused on the physical protection of infrastructure or access control and does not have the same recovery capacity after an impact.
Yes. Kali-Flex flexible bollards are made with materials designed to withstand UV rays, freeze-thaw cycles, and low temperatures, ensuring excellent durability in Canadian climatic conditions. Whether anchored with screws or adhesive, the bollards can be easily removed for winter if needed.
Flexible bollards help clearly delineate space reserved for cyclists while reducing the risk of damage to vehicles, bicycles, and infrastructure in the event of an accidental impact. This improves the safety and visibility of cycling facilities.
Visual Delineation: It serves as a psychological guide for drivers. Its vertical presence imposes a clear boundary that one dares not cross, unlike simple road markings.
Safety: In case of collision or mishandling, it does not damage the vehicle or infrastructure, and reduces the risk of injury to nearby cyclists or pedestrians.
Reduced Maintenance: This is its greatest economic asset. Since it returns to its original shape after being run over, it does not require human intervention for replacement or repair after each incident.