ECO Sheffield Bike Stand Surface Fix Galvanised

ECO Sheffield bicycle stands available with a galvanised powder coated or stainless steel finish Tubular cycle stands are a common sight all around the UK their simple design means installation is incredibly easy and the one piece construction helps to protect against damage and vandalism. Tubular bicycle stands like our Sheffield cycle stands are a popular choice not only because of their competitive pricing but their capacity of two bikes per stand maximises the use of any available space. ECO Sheffield bicycle stands are a cheaper alternative to our standard Sheffield bicycle stands. Each stand is manufactured from 48mm diameter steel tube which is then galvanised galvanised & powder coated (black) or finished in stainless steel all three versions provide additional protection against corrosion helping to ensure these cycle stands maintain their clean new appearance for as long as possible. As with our standard Sheffield cycle stands each space saving ECO Sheffield cycle stand provides storage for up to two bikes (using the cyclists own lock). Each stand is 750mm high and 340mm deep and is available with two fixing options these cycle stands can be concreted in which for a more permanent solution or surface mounted using M12 bolts (6 bolts required per stand). Space saving 48mm dia tubular steel ECO Sheffield bicycle stands Capable of securely storing up to two bicycles per stand Practical and durable design Available as a surface mounted or concrete in bicycle stand Galvanised powder coated (black) or stainless steel finishes are available Other powder coated finishes are available on request Please allow 800-1000mm between stands and a minimum of 450mm from any obstruction Surface mounted option requires 6x M12 bolts per stand (not supplied with stand) Installation Advice: Surface mounted stands should be bolted to established concrete of at least 300mm cubed per leg. Concrete in bicycle stands should be concreted into a hole of at least 300mm x 300mm x 450mm (L x W x D) per leg.