Wychwood Flexible Verge Marker Post - Reflective - JSP

The Wychwood Verge Post is a cost-effective, straightforward solution for most verge post-marking applications. Manufactured from moulded spring-back plastic, the Wychwood will flex right back into shape if hit or run over. The verge marker is designed to bend and withstand multiple collisions, with a high-quality reflective top made of high-density polyethylene and a nickel-plated steel stake.

The Wychwood post is made in the UK following European and British quality standards. The large reflective area on the post conforms to RI EN12899-2 class R2. The marker is almost impossible to damage permanently, making it lastingly durable and highly cost-efficient. The marker can be easily cleaned with warm soapy water and left to air dry if necessary.

Suitable uses for the Wychwood Verge Post:

• Marking hazardous bends on roads
• Marking entrances
• Marking Verges
• Warning of hazards near road signs
• Creating a barrier between two carriageways

Installing the Wychwood marker:

Installation of the Wychwood verge post is effortless. All you need to do is push the marker into the ground with your hands or with a mallet if the soil is firm. If you are installing the post into concrete, the small hole inserted into the post’s base stops vandals from removing the marker from its spot.

Alternatives To This Wychwood Flexible Verge Post

If you’re not sure the Wychwood post suits your requirements, the products below may be more to your liking:

• Churchill Verge Post - similar to the Wychwood, the Churchill Verge Post will not shatter when impacted. Users commonly place Churchill markers on country lanes where hard corners are present.
• Need a surface mountable verge marker? - Our ST Blade Bolt Down Hazard Marker is ideal for highway agencies, councils, or shopping centres needing to demark lanes,
• Do you need a large self-righting bollard? - Our Duraflex Self-Righting Bollard is great for use at junctions, roundabouts or in car parks to help with vehicular traffic flow.