Retexturing crucial UK route

Contractor Balfour Beatty Mott MacDonald has used Klaruw’s advanced longitudinal grooving system, GrooveTex, to retexture sections of concrete surface on the M20 in the UK. The GrooveTex system improves and restores surface skid resistance by creating micro longitudinal grooves using closely spaced diamond-tipped saw blades at a predetermined width and depth. While being based on proven diamond-grinding techniques, Klaruw’s system is said to be optimised to provide significant improvements.
July 21, 2015 Read time: 2 mins
Klaruw’s new grooving system has been used in the UK to improve skid resistance and boost safety for drivers

Contractor 1530 Balfour Beatty Mott MacDonald has used Klaruw’s advanced longitudinal grooving system, GrooveTex, to retexture sections of concrete surface on the M20 in the UK.
 The GrooveTex system improves and restores surface skid resistance by creating micro longitudinal grooves using closely spaced diamond-tipped saw blades at a predetermined width and depth.  While being based on proven diamond-grinding techniques, 2311 Klaruw’s system is said to be optimised to provide significant improvements.

Unlike traditional grinding systems, GrooveTex adjusts to and follows the profile of the surface. The surface levels after treatment remain the same as the surrounding surface, avoiding the need for removal and reinstatement of road markings, road studs or ironwork.

Productivity is also said to be higher, as the machine has a retexturing width of 2m, said to be the widest of any unit available at present. A full lane width can be treated in a single pass using two GrooveTex machines in echelon.  The benefits mean that the GrooveTex treatment is less costly than competing systems, according to Klaruw.

The technology has been tested successfully on the M20 and is likely to be used elsewhere in the UK, to boost safety for drivers. Unaffected by wet weather, Klaruw successfully completed the GrooveTex treatment within the specified timeframe and with minimal disruption to motorway users. The system also has the potential to reduce road/tyre noise levels generated by concrete.

Concrete milling, paving & compaction

For more information on companies in this article

Related Content

  • Michelin offers hard-wearing crane tyre at Conexpo
    January 16, 2014
    Michelin says that its X-Crane tyre range offers greater wear life in a tough working environment. This range is designed for use on large, all-terrain mobile cranes with two cabs, up to 10 drive and steer axles, and lifting capacities of up to 1,200tonnes. The Michelin X-Crane can cope with a maximum speed of 80km/h and can handle driving for long distances on and off the road, as well as manoeuvring in confined spaces. The company says it has improved the geometry of the tyre/rim contact area. This makes
    Read More
  • Earthmoving in advance – new technologies for shifting dirt
    February 9, 2018
    Earthmoving machine manufacturers are developing innovative new solutions for customers - Mike Woof reports. In the separate markets for excavators, wheeled loaders, graders and dozers, new models are being unveiled from several key firms. The excavator market is one of the most competitive and it is no surprise that some of the most innovative machines are being developed for this segment. Excavating One of the most significant excavator launches has been for the latest Hitachi hybrid model, which i
    Read More
  • Electric asphalt compaction option
    July 20, 2023
    Several asphalt compactor makers now offer compact machines featuring electric drives
    Read More
  • How waste plastic and soybean oil are helping our roads last longer
    April 13, 2018
    A new super-modifier is born from waste plastic in Italy and a soybean-based rejuvenator from the US spreads from its home market. By Kristina Smith The two bitumen technologies featured this month come from almost opposing sources. One emerges from the human-created plastic waste plaguing our planet, the other from a plant. However, both technologies have been created with the same aims: to increase the life of roads, saving cost and ultimately reducing the impact of road building on the planet. A coll
    Read More

Highlighted Content