Photo Surface Mount Impact Recovery Bollards Courtesy of City of Perth
Stainless Steel Bollards
Our Stainless steel bollards are of extremely high quality - designed to withstand impact they are made from Australian stainless steel pipe (heavy duty) and polished to provide a clean satin finish (the most durable finish)
Surface Mount Impact Recovery bollards City of Perth
Surface Mount Bollards
Our Stainless steel surface mount bollards are of extremely high quality - designed to withstand impact without denting and self recover. Base Plate (surrounding foundations) and Bollard are reusable even following severe impact
Surface Mount Impact Recovery bollards City of Perth
Shopfront Bollards
Our Shopfront bollards are extremely durable and easily removable for events, maintenance and upgrades. 60OD Quality Powder coated remain safe and secure, perfectly aligned year after year. ZERO WASTE Foundations
ZERO WASTE Removable bollards Chicken Treat
Carparks
Great for carparks. Highly durable Bollards made from Advanced Polymers are impact, scratch , dent resistant, will not chip or fade like powder coated bollards and are non-conductive. Secured using Impact Recovery System bollards become reusable even following severe impact
Impact Tested to 10 kmph
Bike Paths
Low Impact Safety Bollards were developed for MRWA to prevent vehicle entry to bike paths but also reduce the risk of injury to bike riders, reduce the cost of maintenance, preserve footpaths and surrounding paving and be removable to allow access for service vehicles. MRWA striping available
Low Impact Bike Path Bollards (MRWA)
Shopfronts
An every day surface Mount bollard (and any lightweight bollard) will not prevent vehicle entry. For shopfronts we recommend surface Mount Impact Recovery to prove visual deterrent but Unground Impact Recovery to prevent vehicle entry
Photo Surface Mount steel bollard following impact
Disabled Bays
Unlike steel bollards, Advanced Polymer Bollards are far more durable and won't damage vehicles if impacted. They don't fade, dent or scratch like steel bollards and with no springs, bollards won't become "floppy" over time and cause litigation risks.
Surface Mount Impact Recovery bollards
Shopping centre carparks
Great for shopping centre carparks as bollards are far more durable than steel or traditional plastic bollards and available in almost any colour. If secured using the Impact Recovery System Bollards and footings are reusable following even severe impact
Photo of Advanced polymer bollards
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
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
Dent resistant
Most plastic bollards / bollard covers are 1-3 mm thick, so dent and crack if impacted. ZERO 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
Bollards WA | Australian-Made Bollard Systems
Looking for bollards in WA or comparing bollard suppliers in Perth? ZERO CIVIL supplies Australian-made bollards and reusable bollard systems for car parks, roadsides, warehouses, commercial sites, schools, shopping centres, councils and public infrastructure. Our range includes impact-resistant bollards, removable bollards, traffic bollards, car park bollards, surface-mount bollards, in-ground bollards, steel bollards, stainless steel bollards, flexible bollards, yellow safety bollards, asset protection bollards and electrical asset protection bollards. Protect concrete footings from damage, reduce replacement time and support a reusable, lower-waste approach to Bollards.