Buckingham Polyurethane Bollard
The Buckingham is a slim, tall UK-manufactured Performa-Cast polymer bollard with a 150mm diameter and 1020mm above-ground height. Its slender, upright profile suits settings where a refined, understated bollard presence is required.
Product Details:
The Buckingham Polyurethane Bollard has one of the most slender profiles in the Townscape Products Performa-Cast polymer range. With a 150mm diameter and a 1020mm above-ground height, it presents a tall, upright form that reads quite differently to the broader, more solid-looking bollards in the collection. That proportional character makes it a natural fit for locations where the street environment has a certain quality to it and a heavier bollard would feel out of place.
Manufactured in the UK by Townscape Products, the Buckingham is cast from Performa-Cast polyurethane polymer, a material chosen for its combination of structural reliability and low maintenance requirements. The polymer construction means there is no rust or corrosion to contend with over time, and the finish holds well in the kind of exposed conditions that outdoor street furniture routinely faces.
Despite its taller above-ground height, the Buckingham weighs just 17kg, which makes it one of the lighter options at this height within the range. Installation is via a below-ground fix to a depth of 300mm, straightforward for a standard site team to complete without specialist equipment.
The slender 150mm diameter positions the Buckingham well for pedestrianised streets, civic spaces, retail frontages and areas where clean sightlines are valued and a more prominent bollard form would feel visually heavy. It also works well in schemes where bollards need to be numerous, as the slim profile avoids the sense of clutter that can develop when larger-diameter units are installed in quantity.
Supplied painted in a standard colour range, with all finishing carried out in-house by Townscape Products. Custom colours are available on request for projects with specific requirements.

