The Slim Sign Carrying Bollard represents the pinnacle of practical design, meticulously crafted to excel in its purpose along shared cycle and pedestrian routes.
Its sleek yet sturdy construction strikes a perfect balance between sophistication and resilience, seamlessly blending into various urban environments while effectively directing and informing pedestrians and cyclists.
With meticulous attention to detail and a focus on optimal functionality, this bollard serves as a reliable source of safety and direction, enriching the accessibility and efficiency of shared pathways with its subtle yet significant contribution.
CLIMATE POSITIVE - For every purchase of these products, we plant a tree, contributing to environmental sustainability with each transaction.
Specification
Weight: 5 kg
Dimensions: 194 × 1135 × 194 mm
Colour: Black
Sign Face Options: 10 mph, 5 mph, Keep Left (D610), Keep Right (D610R), Cycle (D955), Mixed Use Path, No Entry (D616), Pass Either Side (D611), Segregated Path - For signage please click here.
Reflective Banding: Red, Red | White Split, White
Bollard Material: Rebound, Standard
Foundation: Bolt-Down, Root (Concrete-in)
Material: Rotationally Moulded Polyethylene
Standards: BS 8408:2005 (Reflectivity), BS EN 12767:2007 to 100:NE:4 (Rebound)
Recyclable: Yes
Warranty: 1 Year Manufacturers Warranty
Sides: Double Sided, Single Sided
This bollard features single or double sign faces designed to warn and inform road users, cyclists, and pedestrians.
For high-risk traffic calming applications, we recommend our reboundable version. Our rebound material bollard has been tested to BS EN 12767:2019 and will deliver significant cost-savings due to its ability to rebound on impact.
The bollards are built to last. They are abrasion and chip resistant, as well as being resitant to salt spray and uric acid. Plus at the end of their lives, these bollards are recyclable.
Rotationally moulded using an advanced polyethylene, these bollards are durable, ultraviolet light resistant, and have great low-temperature impact resistance.
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