Product Introduction
Split Lifting Bracket is used for the cracking of the house wall caused by the subsidence of the foundation. At the subsidence of the foundation, screw in a plurality of helical piles, and install the Lifting Bracket on the top. Prior to rotating the bracket into position, apply a grout bed of high strength, fast setting, non-shrink grout to the bottom angle face. Then use the hydraulic jack to raise the foundation as a whole. After lifting, fix the repair support to the existing concrete by means of concrete expansion anchors. If desired, trim thread bars flush with top of nuts.
Product Parameter (Specification)
| Split Lifting Bracket |
| Item | Parameters |
| Casing | Φ95×8.98 mm |
| Regulator | δ10 |
| Coating | Galvanized (G), Bare Steel (NG), Epoxy Powder Coated (EP) |
| Matching Helical Pile | Φ76、Φ88.9、Φ114.3、Φ140 |
| Axial Force | Customized on demand |
Product Applications● Structural support (compression or tension) for both permanent and temporary structures● Pole bases, Walkways, boardwalks, Telecommunication masts/platforms, Electrical equipment, pylons and poles● Underpin existing foundations, Temporary/permanent seating (stands), Buildings/modular buildings（mobile houses）● Rail structures (signalling, platforms, overhead line equipment), Highways structures (signage)● Retaining walls, flood defences, sea walls, bulkheads, Slope stabilization● Wind turbines, Solar farms, Fencing, Utility and pipeline tie downs● Concrete slab lifting and stabilization, concrete-less foundationsA helical pile informatization installation system with 50000Nm can be used in nearly any situation and where driven or cast in place piles are currently used.Product Feature● The foundation subsidence repair can be realized without damaging the building● Simple operation, only one excavator can complete the job● The helical piles directly reach the underground bearing layer, and the supporting force is strong to prevent the foundation from sinking again● Helical piles and Lifting Brackets are all made of hot-dip galvanized technology, which has good corrosion resistance and still has good performance after 75 years of underground use
