Pedestrian barriers
Designed to provide effective walkway identification and protection to pedestrians, whilst offering road users with the best view of traffic and pedestrian movement. Available in several designs and supplied hot dipped galvanised for long life expectancy in service, with an optional polyester powder coating finish for improved aesthetics.
Peart Pedestrian barriers are available in a wide range of specifications to suit all site conditions. They are generally 2.0m long and 1.05m in height with the framework constructed from 50 x 30mm rectangular hollow section. Infill panels, in-line or angled, are designed to provide road users the best view of traffic and pedestrian movement.
Panels can be manufactured to a radius to meet the requirements of site and are hot dip galvanised to BS EN ISO 1461:1999 after manufacture.
Features & Benefits
Hot dipped galvanised to BS EN ISO 1461:1999
Product has long life expectancy in service.
Bespoke panels can be manufactured & installed
To suit any site conditions.
Peart Pedestrian Barriers are manufactured in the UK
Extensive stocks are available for immediate nationwide despatch on Peart Fencing transport with crane offloading.
Brochure
Peart Pedestrian barriers are available in a range of configurations:
Pattern One
Infill panel from 12 – 22mm diameter bar. Barrier supplied fully welded.
Pattern Two
Infill panel from 25 x 25mm rolled hollow section. Barrier supplied fully welded.
Pattern Three
Infill panel from 12 – 22mm diameter bar. Barrier supplied fully welded.
Pattern Four
Click image to enlarge.
Infill panel from 12 – 22mm diameter bar. Barrier supplied in kit form for assembly on site.
And with a range of infill patterns:
Standard infill
Standard infill, type X
Standard infill, type Y
Standard infill, type Z
A range of infill panels can be manufactured from 12 – 22mm diameter bar and from 13mm square section to ensure good visability through the barriers. Specifications suggested are for general purpose barriers and can be changed to meet specific site conditions.
