Reid™ Circular Spacers help maintain concrete cover around reinforcement in precast and tilt up applications. Designed for practical production use, they support consistent spacing and reliable reinforcement positioning.
Reid™ Deck Rail is a continuous plastic spacer designed for formwork applications. It provides stable reinforcement support and can be clipped together to suit the required length, helping improve placement efficiency on site or in the precast yard.
Reid™ Fast Clip Bar Chairs are designed to make steel fixing and cover identification easier. Suitable for bar sizes from 4 mm to 20 mm, they help hold reinforcement in position and support consistent concrete cover.
Reid™ Mesh Chairs are clip on supports for reinforcing mesh in precast, tilt up and suspended slab applications. They clip to the mesh intersection to help improve stability and maintain reinforcement position during placement.
Reid™ Panel Chairs are designed to support single layered mesh in precast elements, tilt up panels and some suspended deck applications. The clip mechanism allows the chair to swing into position as the mesh is lowered into the form.
Reid™ Panel Plates are plastic ID plates cast into precast panels to provide clear identification, specification and quality control details. Designed for use across Australia and New Zealand, they help support traceability and easy panel identification throughout production, transport and installation.
Reid™ Top and Bottom Deck Chairs support reinforcing mesh and bars in deck, precast and tilt up applications. Designed for stability where cover and reinforcement height are important, they help maintain accurate positioning during concrete placement.
Not only do Reid™ offer an extensive range of AS 3850:2024 compliant ferrules to suit almost every application, delivering consistent reliability and quality, supported with technically superior design information. Extensive research, development and testing are invested in all Reid ferrules.
The ability of reinforced concrete to take up virtually any shape that the architect can visualise is probably the single most important characteristic that has made it the dominant construction material of the modern age. The flip side of this flexibility is the high dynamic and static loads that concrete generates during pouring and curing, and the need for material intensive forming systems to resist them.