The key to meeting the structural goals of reinforcement is not to use more, but to use the right product, correctly engineered and installed by specialists. Our expertise in engineering the construction design and our vast global experience in iconic structures ensure that we can optimise steel usage and streamline the build.
SRG Global supplies reinforcement continuity boxes using pull-out bars, anchors and couplers. The complete range of QuikBoxes, QuikAnkor Boxes and QuikCoupler Boxes are the preferred method of providing for continuous reinforcement across a concrete joint. This product range consists of reinforcement assembled into a box which is fixed to formwork and cast into the concrete. On stripping of the formwork the box lid is removed and the reinforcement is straightened out or bars screwed into the area of the next pour.
SRG Global supply threaded reinforcement starter bars (rebars) which are used in the construction industry to speed up construction over joints in reinforced concrete and eliminate the need to drill through formwork.
SRG Global provide reinforcement couplers which offer a better alternative for splicing reinforcement bars (rebars) in reinforced concrete construction. The use of couplers eliminates the need for welding and/or lapping of rebars, making a guaranteed connection and reducing rebar congestion in critical areas. SRG Global offers proven world class coupler systems including a bar-break taper thread standard coupler, a precast inter-lock coupler and an in-situ splicing coupler. SRG Global has invested in threading equipment placed at its factory in Brisbane and Perth and with partner reinforcement companies in Melbourne and Sydney.
SRG Global has their own forged double head punching shear rail system (PSR). PSR is a useful and efficient solution for overcoming areas of high shear in reinforced concrete structures. A very common application is around column heads in post-tensioned (PT) slabs to counteract the high punching shear around the column slab connection resulting from the thinner PT slab.