Skip to main content

Three Pavers for German Bypass Works

Contractor Matthäi used machine technology from Vögele to place surface course on the new stretch of the B 442 Federal road near Eimbeckhausen in Lower Saxony, Germany. After two years of construction, the residents of Eimbeckhausen are finally rid of the barrage of traffic that had rushed through their small village near Hanover on the B 442 Federal road for decades. Towards the end, almost 14,000 vehicles had been counted per day, 15 – 19% of which were HGVs. All vehicles are now diverted along the four k
July 20, 2012 Read time: 2 mins
Contractor 4902 Matthäi used machine technology from Vögele to place surface course on the new stretch of the B 442 Federal road near Eimbeckhausen in Lower Saxony, Germany.

After two years of construction, the residents of Eimbeckhausen are finally rid of the barrage of traffic that had rushed through their small village near Hanover on the B 442 Federal road for decades. Towards the end, almost 14,000 vehicles had been counted per day, 15 – 19% of which were HGVs. All vehicles are now diverted along the four kilometre stretch of new trunk road to the south of the village.

For the B 442 extension, paving teams placed a 10cm thick base course followed by a 9cm asphalt binder course of asphaltic concrete. For the surfacing of stone mastic asphalt (SMA), 3cm thick, the men headed by site manager Jörg Gattkowski worked with two and, on some sections, even three 1194 Vögele machines paving ‘hot to hot’. This method was said to not only speeds up the entire paving process, but also significantly improve the quality of the wearing course, ensuring perfect joints and thus considerably enhancing the road’s durability.

Most of the asphalt work was undertaken by a SUPER 1900-2 and a SUPER 1800-2. These two versatile, high-performance tracked pavers can be used for a large variety of jobs – motorways, country roads, squares and roundabouts. In Eimbeckhausen, both machines came with an AB 500 Extending Screed in TP1 version. Bolt-on extensions were fitted for a maximum pave width of 6.5m. As a result, asphalt for the wearing course could be paved on the 11.5m wide roadway and the 12.5m wide bridge decks without a need for conversion. On some stretches, a third machine came into play: a wheeled SUPER 1303-2 combined with an AB 340 Extending Screed in TV version was used for surfacing the passing places. 

To ensure precise grade and slope control when paving wearing course, the SUPER 1800-2 and SUPER 1900-2 were fitted with a Big MultiPlex Ski.

For more information on companies in this article

Related Content

  • Vögele’s bespoke Chinese paver
    November 22, 2012
    The Vögele road paver SUPER 1800-2 HD has been specially developed to meet the requirements of road construction in China. This heavy-duty machine can be used for placing cold, coarse-grained materials such as cement-treated base (CTB). The paver is designed to cope with the abrasive wear caused by these mixes, increasing its durability. Its SB300HD fixed-width screed is also designed for roadbase applications. It allows thick layers to be paved true to line and level with a maximum degree of pre-compacti
  • Race track construction in Japan
    March 13, 2024

    Road construction machines from the Wirtgen Group have been used to build a new race track in Japan. Four Vögele asphalt pavers worked on the project to build a demanding circuit in a mountainous area in Japan.

    Tight corners and uphill gradients of up to 19% are features of the private racing circuit. Three Vögele pavers, a SUPER 1800-3i, a SUPER 1803-3i and a SUPER 1900-2, paved almost 100,000m2 in four layers, while a MT 3000-3i offset material feeder was also used to ensure efficiency and quality.

  • Asphalt paving review for 2019
    February 12, 2020
    A series of new asphalt pavers have been introduced in 2019
  • Bitumen technology ideal for road repairs
    July 4, 2012
    Mike Woof discusses some novel developments relating to bitumen In the developed countries of Western Europe there is an increasing shift away from new highway construction to maintaining and rebuilding existing roads. In Germany alone, a network of asphalt roads extending more than 600,000km will have to be maintained or repaired. Highway maintenance techniques do vary between European countries but some commonalities exist. There are techniques that have been sidelined in the last few years but which now