Skip to main content

Deeper but safer for trench shoring solutions from ThyssenKrupp’s e+s XL Carriage

ThyssenKrupp has deepened its range of trench shoring systems with its latest e+s XL Carriage solution. The e+s XL Carriage range allows a maximum working depth of 9m for jobs needing large-scale trenches such as concrete structures, rainwater retention basins, water collectors and deep pipe-laying projects. The maximum width of the end-supported shoring system is now 18m. ThyssenKrupp says that the system works well on sites where deeper work is required and there are no space restrictions, not least be
April 24, 2018 Read time: 2 mins
ThyssenKrupp’s e+s XL carriage, an end-supported shoring system

8765 ThyssenKrupp has deepened its range of trench shoring systems with its latest e+s XL Carriage solution.

The e+s XL Carriage range allows a maximum working depth of 9m for jobs needing large-scale trenches such as concrete structures, rainwater retention basins, water collectors and deep pipe-laying projects.

The maximum width of the end-supported shoring system is now 18m.

ThyssenKrupp says that the system works well on sites where deeper work is required and there are no space restrictions, not least because of the crane assistance needed for the system members.

The carriage absorbs both compressive forces from the sides of the shoring as well as loads from the end face. Up to now, the forces have been transferred to separate components -  the carriage and shoring struts.

The advantage is that only the carriage is needed and no other components are necessary, allowing faster and more efficient installation.

The second new product in the range is a large U-type carriage car. This is used for large shoring widths of 10m in trenches that can be 6m deep or more … or where there are high loading requirements.

For more information on companies in this article

Related Content

  • MOBA machine control tools help in asphalt paving
    January 12, 2015
    Machine control systems from MOBA are playing an important role in laying out a new street in the southern German village of Apfeldorf in Bavaria. New development in the village is seeing the construction of 14 new homes as well as a new street being built and the time savings and cost savings of machine control systems are proving highly beneficial. Although well proven in larger projects, these technologies are now being used in smaller construction projects also, with major advantages for the users. Loc
  • Asphalt plant innovations coming to the market
    April 20, 2018
    The use of recycled materials continues to be a key issue for asphalt plant development, but other advances are also being introduced to meet market needs - Mike Woof writes The asphalt plant market has been a focus for a series of technical developments in recent years. Warm asphalt solutions and new technology for the use of recycled asphalt have been high on the R&D priority list for manufacturers of both continuous and batching type plants. However, new developing technology is not the only driver f
  • Norway's bridge meets tough environmental targets
    May 2, 2012
    One of the world's longest bridges is being built in Norway – for traffic volumes of just 2,000 cars/day reports Adrian Greeman. The stunning landscape of the long sea fjords in Norway is one of its glories, attracting thousands of tourists every summer. But the high mountains and deep sea inlets are also one of the great obstacles to transport and development.
  • Norway's bridge meets tough environmental targets
    February 27, 2012
    One of the world's longest bridges is being built in Norway – for traffic volumes of just 2,000 cars/day reports Adrian Greeman. The stunning landscape of the long sea fjords in Norway is one of its glories, attracting thousands of tourists every summer. But the high mountains and deep sea inlets are also one of the great obstacles to transport and development.