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ESC Steel Z Profile CRZ13-770

Cold Rolled Sheet piling has made a substantial progression in rolling technology and usage around the world. The ESC-CRZ Series is at the forefront of this development with  a series of high quality Z-profile sheet piles which provide an optimal strength to weight ratio. Interlocking clutches on the CRZ sheet piles are located at the outer fibre. This results in an optimized section profile for high strength and low material weight. A High Moment of Inertia reducing deflection improves on  serviceability requirements. A constant section thickness results in better driving stiffness. The wider profile width reduces handling and installation time with usual driving equipment. The wider profile reduces the number of interlocks required for a set wall run length, improving water-tightness capabilities.

Product Details

  • Section :

    ESC-CRZ13-770
  • Width :

    30.31 in
    770 mm
  • Height :

    13.543 in
    344 mm
  • Flange Thickness :

    0.335 in
    9 mm
  • Web Thickness :

    in
    mm
  • Single Pile Weight :

    48.89 lbs/ft
    72.8 kg/m
  • Wall Weight :

    19.35 psf
    94 kg/m²
  • Elastic Section Modulus :

    24.4 in³/ft
    1312 cm³/m
  • Plastic Section Modulus :

    in³/ft
    cm³/m
  • Moment of Inertia :

    166.1 in⁴/ft
    22682 cm⁴/m
  • Cross Sectional Area :

    5.69 in²/ft
    120 cm²/m
  • Coating Area Both Sides :

    23.73 ft²/ft
    2.2 m²/m
  • Coating Area Wall Surface :

    ft²/ft²
    m²/m²

Bent Corners

bent info
  • ESC is able to offer 3 options for Corner Pile configurations in the ESC-CRZ Series. Option 1 is frequently used when the installation contractor prefers to create their own corner piles on site depending on the as-driven layout. However this produces wastage on the offcut pile. Option 2 allows welding at the mill or on site and provides the installation contractor with more flexibility on corner pile location. Option 3 provides an option where no welding is required. Option 3 provides increased accuracy at corners that are deviated from the typical 90˚ corner.