Ancon Unilift Systems
Lifting Systems for Civil Engineering Applications
Ancon Unilift is the ideal lifting and handling system for a wide variety of precast concrete products, particularly in civil engineering applications. The system is typically used for lifting panels, pipes, pits, manholes, road barriers, bridge beams, planks, sound walls, culverts etc.
The Unilift Lifting System consists of a range of lifting anchors, clutches and recess formers used for the safe, fast and efficient handling of a wide range of precast concrete items during manufacture, transport and installation. Unilift components are available in 6 load classes with working loads reaching from 1.3t - 32t.
Ancon Unilift Lifting Systems (PDF, 1.79 MB)
Ancon Unilift Locking Klaw
These strong, safe, lightweight clutches suit all spherical head lifting anchors.
Unilift Locking Klaws are the strongest clutches on the market. Their capacity exceeds the factor of safety of 4.0 for lifting clutches as specified in AS 3850.1:2015, table 2.1.
This classic spherical-headed, forged foot anchors are the first choice for most applications. They are manufactured from hot-dipped galvanised, forged, high impact strength construction steel.
Reo (eye) Anchors
These anchors are used with a hanger bar, also known as a tension bar, where the concrete is too weak for a cone anchor. They are ideal for thin panels and other applications where the concrete shear cone developed by the anchor is insufficient to provide the working load limit of the anchor e.g. low strength concrete.
Standard Recess Formers
These products are used to accurately and reliably set the anchor into its recess in the concrete panel. Download the 'Lifting, Fixing & Anchoring Systems' brochure for more information on the different types of recess former.
With their new European Technical Assessment (ETA), Halfen HZA serrated anchor channels fulfil all requirements of AS 5216:2021 and can be used in projects across Australia.
Leviat has released an enhanced version of its popular Ancon Shearfix design software that enables engineers to maintain a flat concrete slab at column heads by reinforcing the area against punching shear with a prefabricated, stud-rail system.