Skip to main content

Rondino polishes up the GRP wood-steel guardrail at Intertraffic

French company Rondino Road has boosted the performance of the compay’s latest wood-steel road guardrail. Rondino says the GRP guardrail is the first wood-steel guardrail in the world with such high performance values - CE certified according EN1317, crash tested at LIER TRANSPOLIS - N2 level from W2 to W5, the GRP offers high safety solutions. Installation of the GRP guardrail is fast and easy with only steel beam, post, bolts, wood beam and wood mask being essential. The big advantage, according to Ron
July 5, 2016 Read time: 2 mins
French company Rondino Road has boosted the performance of the compay’s latest wood-steel road guardrail. Rondino says the GRP guardrail is the first wood-steel guardrail in the world with such high performance values - CE certified according EN1317, crash tested at LIER TRANSPOLIS - N2 level from W2 to W5, the GRP offers high safety solutions.

Installation of the GRP guardrail is fast and easy with only steel beam, post, bolts, wood beam and wood mask being essential. The big advantage, according to Rondino, is also for maintenance and inventory management because the range of GRP guardrails allows it to fit all technical solutions (from W5 to W2) using the same components.

The GRP guardrail is a performance guardrail that brings more safety to users by protecting them from obstacles - W2 performance. Moreover, the ASI - impact severity level - is A class, meaning that for the passengers of the vehicle it reduces risk of injury while the guardrail absorbs energy.

Aesthetically, the GRP guardrail is very pleasing, bringing a positive aspect to the environment. Wood used is Pine Class 4 in order to warranty the best durability and the efficiency of the performance of the product.

Rondino, based nerar Montbrison, France, said that its guardrails are crash-tested at LIER laboratory and meet the requirements of EN1317.

Related Content

  • Crash barriers aid vehicle protection, road safety
    February 8, 2012
    Barrier and crash cushion systems can make a great deal of difference to roadway safety, with new technology offering major benefits to road users. In North America and Western Europe, concrete centre line dividers are being used for many major highways as these provide a durable solution for preventing cross-over accidents with large vehicles such as heavy trucks. It is worth noting too that other countries are now adopting concrete barriers for highway centre line dividers also, with this system being use
  • Concrete barriers help to minimise accidents
    July 12, 2012
    Concrete barriers offer a highway safety solution - Mike Woof writes. Concrete safety barriers are being installed on many of Europe's major highways, particularly for use as centre lane dividers. The strength and durability of concrete barriers can help reduce the risk of cross over accidents, one of several topics raised at a conference in Brussels on concrete highway barriers organised by the European Concrete Paving Association, EUPAVE. The conference was opened by Yves Deceoene of the IRF's Belgian ex
  • Protecting the roadway with guard rails
    November 10, 2015
    Tata Construction Products is a major player in the European road protection market and aims to boost its share of business - Mike Woof writes. Part of the massive Tata Group, Tata Construction Products is a major player in Europe’s business segment for steel guard rails. Rodney Rice, marketing manager, Tata Steel Construction Products, said, “Our market is predominantly Europe.”
  • Specifying barriers correctly for optimum roadway safety
    April 29, 2015
    Mike Dreznes, executive vice president at the International Road Federation (IRF) discusses the proper utilisation of longitudinal barriers as a road safety priority Road authorities have a duty of care to ensure infrastructure not only meets safety requirements but provides protection for all road users. Crash barriers play an essential role in maximising safety, lowering the risk of sudden impact for road users and also allowing redirective capabilities. If a road authority has a rigid hazard locate