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  • Successful application over more than 5 million meters

    The pile tubes are offered in two diameters, 118 mm and 170 mm, with wall thicknesses of 7.5 mm to 13.0 mm. Filling or grouting is usually carried out with concrete of strength categories C20/25 or C25/30.

    • Structural design according to national and international rules
    • Corrosion proofing by means of grouting

    Measurements on sensitive building sites repeatedly demonstrated the low-vibration insertion. The measured vibration values of ≤ 2 mm/sec were always only a fraction of the permissible values.

    • Pile preparation possible up to a center distance of 40 cm from the existing structures

    Ductile piles are driven in to the final depth, which is determined on the basis of the penetration resistance. The measured penetration resistance is used as a criterion for the load-bearing capacity of the layers of soil that are approached.

    • Adjustment of the pile length to the ground conditions actually encountered
    • Proof of the exterior load-bearing capacity during preparation
    • Load-bearing capacities of up to 300 kN/m2
    • Correlation between piling times and permissible skin friction values

    The soil is displaced laterally, so no debris is excavated. The manual activities are limited to minor physical work and safe interventions.

    • Reduced accident risk



    Below you will find an overview of international reference projects involving our pile systems made from ductile cast iron.



    References for pile systems

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    • Austria

      Monte Laa Children's Day Nursery, Vienna
      Conversion and extension of the main railway station, Salzburg
      Fronius, Sattledt
      Grimming Spa, Bad Mitterndorf
      Salzburg Exhibition Center
      Spa World, Kaprun
      Austrian Federal Railways Taxham, Salzburg
      EBEWE Pharma, Unterach
      Nachtigallenstrasse housing development, Salzburg
      Transformer substation, Sarasdorf
      Wind park installations, Burgenland
      Pflanzmanngründe housing development, Salzburg
      U2/15, Vienna
      Railway station conversion, Hohenems
      Wind park, Wilfersdorf II
      Pulp mill, Pöls
      Oberlaa Spa, Vienna
      110 kV tower footings, Zillertal
      S1 slope support system, Schwechat

    • Germany

      Warehouse, Konstanz
      Auguste-Kessler-Strasse, Aalen-Wasseralfingen
      Extension to a logistics center, Seissenschmidt
      Würth, Künzelsau
      Bassens wind park, Wangerland
      Sugar factory, Bad Cannstadt
      Medical center, Ellwangen
      Old municipal pool, Saarbrücken

    • Switzerland

      Kibag, Bäch
      Housing development, Bäch
      Industrial hall, Frauenfeld
      Noise insulation walls, La Neuveville
      Residential center for people with disabilities, Kleindöttingen
      Housing development, Balzers FL
      Housing development, Roche
      Housing development, Abtwil
      Agricultural market, Schattdorf
      Airport terminal, Geneva

    • Slovenja

      Hofer, Ljubljana
    • Italy

      RFI noise insulation, Leifers
      ANAS bridge footings, Sardinia
      Tunnel gallery, Leifers

    • Spain

      Solar energy park, Lebrija

    • Portugal

      Hall foundation reinforcement, Lisbon

    • France

      Children's nursery, Autun
      Pedestrian bridge, Creil
      Local authority office, Corbeil-Esson

    • United Kingdom

      Northfield Road, Southam,Warwickshire

    • USA

      Bryd Legg, Odessa
      Apartments Boston

    • Australia

      Wodonga Quest

    • South Africa

      Solar Park, Kaxu

  • Installation of solar panels
    Installation of solar panels
    Wind park at Poysdorf-Wilfersdorf
    Wind park at Poysdorf-Wilfersdorf
    Low-energy building, Grimming Spa
    Low-energy building, Grimming Spa
    Noise insulation walls along the Brenner Axis
    Noise insulation walls along the Brenner Axis
    Flood defenses at Leutascher Ache
    Flood defenses at Leutascher Ache