Non-conductive Bollards built to last

Advanced engineering delivers superior bollards and long term resilience

Non-conductive bollards

Western Power Approved. Advanced Polymer Bollards are made from a revolutionary new polymer that is not only non-conductive but if NOT concrete filled, also absorbs impact and recovers following multiple impacts. Made in Australia- designed to last impact after impact

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ADVANCED POLYMER BOLLARDS

SURFACE MOUNT IMPACT RECOVERY

RE-USABLE FOLLOWNG SEVERE IMPACT

INGROUND IMPACT RECOVERY

RE-USABLE FOLLOWNG SEVERE IMPACT

NON-CONDUCTIVE BOLLARD COVERS

Advanced Polymer Bollards

Highly durable Non-Conductive Bollards made from Advanced Polymers are impact, scratch , dent resistant, will not chip or fade like powder coated bollards. Western Power/ Synergy Approved.

In-ground Advanced Polymer bollards Western Power

Impact Resistant

You can choose to secure them in-ground and bollards absorb light impact making them self recover from small bumps.

To make resistant to even severe impact- refer to Impact Recovery system

Photo of Advanced polymer bollards

Impact Recovery

When secured using the Impact Recovery System bollards self recover from light impact and both your bollard and the surrounding foundations become reusable even following severe impact

Footings impact tested to 110 kmph

Dent resistant

Most plastic bollards/bollard covers are 1-3 mm thick, so dent and crack if impacted. ZERO CIVIL bollards & covers are 7 mm thick (made from a material that will self-recover from impact) making them highly resistant to impact and denting - greatly improving resilience and lifespan

Photo: Zero Bollards shown on right

Protect Electrical infrastructure

Unlike steel bollards, Advanced Polymer Bollards are far more forgiving- able to absorb light impact and self recover. If secured using the Impact Recovery System
Bollards and footings are reusable following even severe impact. Western Power Approved

Photo of in-ground steel bollards

In-ground

You can install Advanced Polymer Bollards in-ground, or using the Impact Recovery System (making bollards and foundations re-usable even following severe impact)

Suggest Impact Recovery System when bollards may be subject to severe impact.

In-ground Impact Recovery bollards

Surface Mount

You can surface mount Advanced Polymer Bollards using the Impact Recovery System (making bollards and foundations re-usable even following severe impact)

Perfect for carparks and locations where bollards will receive light impact

Surface Mount Impact Recovery bollards

Stop damage to footings!

Unlike steel bollards, Advanced Polymer Bollards are far more forgiving- able to absorb light impact and self recover. When secured using the Impact Recovery System
Bollards and footings become reusable following even severe impact - saving thousands

Photo of in-ground steel bollards

Stop damage to vehicles!

Unlike steel bollards, Advanced Polymer Bollards are far more forgiving with a soft surface - protecting vehicles against damage when impacted. If secured using the Impact Recovery System Bollards they provide even greater protection against damage

Photo of dented vehicle