Create a uniform and professional appearance with the Metro Decorative Bollard Cover. Its distinguished multiple horizontal ring design will complement any commercial setting. Available in sizes to fit over 6" diameter pipe bollards. The Metro Bollard Cover is made of 1/4" thick, durable polyethylene thermoplastic. Forget yearly painting or maintenance after harsh weather, this decorative bollard can withstand it all.
Create physical and visual barriers without taking away from the aesthetic of a landscape or architectural style.
Maintenance free product – reduces costs and labor by eliminating the need to paint.
Easy and permanent installation method ensures secure fit.
Made with 1/4" low density polyethylene plastic for impact and corrosion resistance.
Lightweight, cost-effective alternative to cast iron bollards reduces shipping costs.
No Returns Accepted.
Options and Sizing:
Fits 6" diameter pipe; can fit 4" diameter pipe with insert (insert sold separately; call for quote).
To be sure of the right fit measure the circumference (distance around) of the post you wish to cover. Take that dimension and divide it by pi (3.14), Example: Circumference is 21". Divide by 3.14. Pipe size is 6.625". Thus, the bollard cover size you need is 6".
Colors: black (Pantone 6C), brown (Pantone PQ-440C), gray (Pantone 11C), and green (Pantone 343C).
Material: low density polyethylene plastic with ultra-violet and anti-static additives.
Height: 52" overall for a 50" tall maximum pipe fit (can be field cut, or ordered at custom heights - call for details).
Wall thickness: 1/4"
Includes: each bollard cover includes two pieces of neoprene foam tape for installation.
Apply the neoprene tape around the circumference of the steel bollard 3" down from the top of the post and 3" up from the bottom of the post. Once the tape is applied, slide the bollard cover over the bollard, eliciting the sound of air squeezing out between the post and sleeve as it creates a vacuum seal. If the above directions are followed correctly, the Bollard Cover should fit tight with no gaps.