
Rail Construction Project
Unilift was asked to design and manufacture a rigging and lifting system for lifting 120 metre lengths of rail and 7 lengths per lift with a head height of 10 meters…
Proof-load testing is the process of checking components to ensure they can withstand their intended design load without failure or yeilding (giving in to unacceptable deformation). Testing is performed by applying a force greater than the working load limit (WLL) for a specified length of time. While smaller components like off-the-shelf slings or shackles can be tested on bench or floor mounted test rigs, our specialisation in heavy-lift requires something slightly more substantial. Our 50m/1000 ton hydraulic test bed (the only one of this capacity on the Australian mainland) ensures that we can test even the largest hooks, slings and lifting beams for the very largest projects. Our experienced staff are fully trained in Australian & International standards, and our specialised testing service is available for both on-site or remote testing.
Unilift was asked to design and manufacture a rigging and lifting system for lifting 120 metre lengths of rail and 7 lengths per lift with a head height of 10 meters…
During the early stages of the tunnelling project engineers contacted Unilift to discuss the need for specialised lifting beams and spreader bars for mobilisation of drill rigs…
Unilift were contacted to perform an inspection on an 800 tonne heavy-lift crane barge, of the main hoist ropes, boom suspension pendants and mooring winch ropes prior to mobilisation…
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