Reliaboll, a complete range of traffic bollards, delivering reflective, solar and mains powered solutions with a common aesthetic and multiple mounting solutions for consistent street scenes.
Protect access to power in highways, trunk road, motorway installations with high specification, anti-vandal feeder pillars, traffic pillars and service pillars.
Suitable for environments of special architectural or historic interest, conservation areas, residential areas & parks which are especially valued by local communities for their historic character.
UK manufactured columns, brackets and components for street lighting projects, all designed and manufactured in-house to your exact specification.
At Pudsey Diamond, we can help bring your urban space to life with innovative street scene lighting and engineering solutions that are both cost-effective and exciting.
The complete traffic bollards range from Pudsey Diamond Engineering.
The Flexaboll is our latest retroreflective bollard, featuring a rubber base and detachable top which can be quickly and easily replaced or changed.
Our solar illuminated, self righting Solaboll traffic bollards are an award-winning bollard solution that's both eco-friendly and highly cost-effective.
Providing the perfect solution to illuminating and de-illuminating! Taking the proven robustness of the Visaboll shell, Glowboll is manufactured from an innovative translucent material.
I-Boll is ideal for cycle ways, footpaths etc. allowing you to position a full LS1 (solar) and LS2 (mains power) sign face wherever required.
A high quality retro-reflective, self-righting bollard, molded with no mechanical parts for ultimate flexibility and damage resistance. Multiple mounting options to easily fix to existing bases.
Less than 50p a year, the Powaboll is a very low electrical consumption, self-righting traffic bollard for new and retrofit installation.
Databoll is a Remote Management System (RMS) device used for controlling, monitoring and remote diagnostics of appropriately equipped Pudsey Diamond devices.