What makes us different?
There's good reason we supply the market leaders.
Its becasue they care about safety, the environment and because we save them money, a LOT of money! Do you realise that neither inground or surface mount bollards are designed to withstand impact? Seriously - bollards are meant to stop vehicles but most dont't even do that, and no other bollard withstands severe impact and continues working -
UNTIL NOW







ZERO WASTE
BOLLARDS
​​You can now secure steel, stainless steel and Advanced Polymer Bollards on ZERO WASTE Foundations
The bollard, expensive concrete footings and surrounding paving are reusable impact after impact, saving thousands over the life of a development
Bollard and footings become re-usable impact after impact

ZERO DAMAGE
To Impact Recovery Rings when impacted
ZERO DAMAGE
To bollard when impacted
ZERO DAMAGE
To footing when impacted
Not all bollards are the same
Traditionally most people installed steel bollards directly in concrete (and even concrete filled them) crating never ending cycle of costly damage and waste but thanks to recent developments there are now far better solutions improving safety, efficiency and substantially reducing waste , costs and risks. Here's guide to choosing a bollard.

1. Select your bollard
Choose from steel, stainless of Advanced Polymer (Standard units Safety Yellow but a range of colours are available) Ask for a colour chart
2. Select Installation
Bollards can be installed 350 mm depth or surface mounted using the Impact Recovery System and will be impact resistant at low to medium speed.
3. Select depth
350 mm depth is suitable for most situations and bollard is removable. If subject to severe impact such a utility vehicles or trucks - you will need 650 mm depth Foundation
4. Striping
If you want reflective striping you can select from Red or White reflective striping or MRWA striping.