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Cyntech solves contaminated soil issue on Transmission line project

Transmission line upgrade requiring foundation redesign utilizing groups of high capacity helical piles, eliminating excavations of contaminated soils, while allowing custom pile sections to overcome overhead, lateral and underground installations…

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Buoyancy Control on TANAP

Cyntech has awarded a significant contract for the supply of pipeline buoyancy control with our exclusive pipeline anchor system for the 1,841km Trans Anatolian Natural Gas Pipeline Project which has…

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Industrial, Commercial Construction

Cyntech manufactures helical piles that can be used in a variety of industrial and commercial projects. Our engineered design, quality manufacturing and 100 per cent material tractability ensure we can deliver the quality you require for all of your construction projects, including the following:

Work Camps (portable and permanent)

Commercial Structures

Schools

Foundations

Slope Stabilization

Foundation Restoration and Stabilization

Underpinning Commercial & Residential Structures

Deep Foundation Piers for New Construction

Concrete-Less Foundations for Light Construction

Concrete Slab Lifting & Stabilization

Shoring and Retaining Wall Tiebacks

Earth Anchors for Slope Stabilization

Temporary & Reusable Tilt-Up Wall Anchors

Boardwalks, Sea Walls & Bulkheads

Pipeline & Utility Tie Downs

Retaining and Shoring Wall Tie-Backs

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Excellent Earthquake Performance

If you’re operating in an earthquake zone, consider screw piles as a solution. Able to withstand lateral displacements and tensile forces, screw piles offer load resistance and ductile response. Loss of skin friction is often a nightmare for other piling options, screw piles are the exception because they are a deep foundation pile with significant end-bearing capacity. Screw piles offer a lower capacity reduction from shaft friction loss during ground liquefaction and all throughout the process. Tension and capacity loads remain supported by the helix. Once a proper depth is achieved, below the liquefaction zone, a helix is placed to withstand tension loads when a seismic event takes place.

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Start With a Solid Foundation