SC-R Mid Rail FRP Work Platform
Design, manufacture and supply FRP non-conductive mid-rail coupler work platforms with 2 access stairs and removable handrails.
Design, manufacture and supply FRP non-conductive mid-rail coupler work platforms with 2 access stairs and removable handrails.
Staircare’s FRP structure design and fabrication processes are operated in close consultation with our clients to ensure satisfaction throughout all stages of initial concept to final completion.
Situation Liquid waste treatment facility; collection, treatment, receiving of commercial liquid and industrial wastes. The Task The plant required pipe crossovers and instrumentation access platforms for a very aggressive chemical environment. Staircare SC-R designed, fabricated, supplied and installed FRP pipe crossovers and instrumentation access platforms. Entirely built with suitable FRP grating, structural shapes, hand and … Read more
Situation Large drainage channels 6 – 7 meters deep requiring service access. The Task Fulton Hogan required pit access stair ladders with platforms to access large drainage channels. Staircare in combination with Stepform designed, fabricated and supplied 5x FRP access stair ladders up to 6.2 metres high. The entire ladder structure and platform including handrails … Read more
Shark Enclosure The high exposure to saltwater rusted the existing galvanized access platform to the shark enclosure and the threat of collapsing created a danger to staff and visitors. Staircare designed and supplied SC-R38 square mesh grating utilizing isophthalic polyester resin with silicon carbide anti-slip grit suitable for high exposure to saltwater. The entire grating … Read more
John Holland Pty Ltd engaged Staircare to design and supply a suitable flooring system for the EDI Downer Train Wash Facility to cope with aggressive detergents with high pH levels. Due to Railway OH&S requirements panels could not exceed 20Kg in weight and had to have excellent anti-slip properties. Staircare manufactured and supplied SC-R 38 … Read more