terra infrastructure eCommerce Portal
Favourites

Cold-rolled sheet pile sections

Sheet pile and smaller pile
Cold-rolled sheet pile sections
SHEET PILE.
SHEET PILE.

Our trench sheets are used for the reliable safety of trenches, shafts and excavations. They are used whenever the tightness of a lock profile is not required. For reasons of ramming and application, a design with high form stability and a high frequency of use has been developed. The special profiling rationalises and facilitates adjustment and stacking. We offer trench sheets in different wall thicknesses, which we have in stock in lengths of up to eight metres. Larger lengths are also available on request.


ADVANTAGES


  • Trench sheets, which are designed for modern pile driving in terms of their shape, material thickness, overall width and steel quality, are particularly suitable for use as an excavation lining in inner-city sewer construction
  • Rotationally symmetrical design optimises behaviour during installation and ramming
  • Intensive mutual overlapping guarantees high soil tightness
  • High torsional stiffness due to high yield strength of the steel ensures resistance to deformation
SMALLER PILE.
SMALLER PILE.

Smaller piles are mainly used in inner-city canalisation and in dike renovation. The interlock connection of the smaller pile proves to be a reliable interlock. The profiles are manufactured in lengths of up to 17 metres. For constructions with higher impermeability requirements, such as Flood protection systems, we supply the profiles with a lock filling consisting of a plastic bitumen compound.


It is also possible to drive a polyurethane Sealant into the interlock of the smaller pile. The profiles are subject to DIN EN 10249 and guarantee safety and reliability at optimal ramming properties.



ADVANTAGES


  • Smaller piles have interlocks in contrast to trench sheets and can be used in flowing soils or where there is water pressure.
  • Although interlock connections do not guarantee watertightness, increased sealing can be expected due to the deposition of fine soil particles in the interlock labyrinth
  • With additional sealing, they are excellently suited for flood protection structures in dikes.