Quick Release Shackles are designed specifically for pitching trench sheets and piles using appropriate lifting equipment. They must not be used for pile extraction Their purpose is to enable sheet piles to be lifted vertically into temporary guides and then released quickly and safely from ground level once the sheet or pile is secured.
Added to Enquiry Basket
Depth (mm)
Width (mm)
SWL (Kg)
Weight (Kg)
Pin Diameter (mm)
228
20
2000
19.0
250
6000
24.0
32
The shackles have the advantage that the release mechanism is operated from ground level. This speeds up the positioning of the piles, saving time and money and increases safety on what has traditionally been a slow and laborious task.
Sheet Pile Extractors are available as ‘Standard Duty’ or ‘Heavy Duty’ and suit all sheet profiles. Both models are produced from high grade steel and incorporate a hardened steel pin.
Setting the new standard for installing trench sheets. SheetMaster 2.0 is a revolutionary all-in-one tool that replaces the Quick Release Shackle, Driving Cap, Extractor Clamp, and Lifting Chains. Thanks to innovative SafeRelease ratchet mechanism and integrated driving cap, trench sheets can be lifted, pitched, driven, and extracted without changing attachments, all while eliminating the risk of accidental release.
Larssen Piles are a type of sheet piling that has an interlocking section which forms a sheet piling retaining wall. Each sheet pile section is connected at 180 degrees from the previous one to form a uniform wall with alternating troughs and peaks. Larssen Sheet Piles are typically used in temporary or permanent cofferdams, retaining walls and foundation construction.
Groundforce Shorco offer a comprehensive range of cold formed lapped trench sheets and interlocking light pile sections to provide a cost effective solution for most excavation support applications. Many of the sections are produced from high yield steel which provides an exceptional strength-to-weight ratio resulting excellent durability whilst driving and resistance to on-site damage.
