ECOFENCING - Maintenance Free Fencing, Plastic Fencing, PVC Fencing,Wood Grain, <

Eco-Fencing systems have the strength, in independent testing Eco-Fencing proved that it has greater tensile strength than concrete posts (see independent testing). Concrete posts will not flex and can break in high winds and severe storms.

Eco-Fencing systems will not chip like concrete posts and bases, which often occurs in transportation and installation.

At less than 5 Kilos Eco-Fencing is a pleasure to work with. Eco-Fencing is incredibly light making general handling and transportation easy.

Once erected Eco-fencing systems do not require annual maintenance for protection due to the unique manufacturing process. Eco-Fencing will weather naturally and just like timber Eco-Fencing will accept timber paints should you wish to refresh your fence in the future.

All Eco-Fencing products are dual faced giving you the perfect look to both sides.

Eco-Fencing Systems are easy to install. Whilst being incredibly strong, the advanced composite material is highly workable. The fence posts can even be cut to length with a simple hand saw.

A choice of 3 different colours- Walnut, Natural & Graphite. Eco-Fencing can be used as a complete system or in conjunction with timber fence panels.

Due to its lightness and ease of use, the health and safety risks ever present with concrete fence posts are eliminated.

It is becoming increasingly important to consider the environment we live in, in fact customers expect it. By you choosing Eco-Fencing Systems you can be assured that you protecting the worlds natural resources and help preserve the planet for future generations. Eco-Fencing is manufactured from 92% recycled materials.

Eco-Fencing have worked extensively with a team at Bradford University from the Department Of Civil And Environmental Engineering to establish just how strong the composite fence post system is. The results are impressive and dispel the common perception that composite cannot be as strong as a concrete post.

"The concrete post cracked at the highest moment causing the reinforced steel to accept the load. The non-recovery of the post suggests that the steel in fact yielded and could not therefore recover its initial position rendering the post non-serviceable. The Eco-Fencing post deflected the same amount but the steel insert was not subject to a load in excess of its yield and was therefore able to recover to a serviceable position, it follows therefore that Eco-Fencing posts possess a significant tensile strength that concrete posts do not."

Stephen Barker, I.Eng. M.I.I.E., Chief Test Engineer