Better grip thanks to optimised steel cap and to the new longitudinal profile, ensuring more ergonomic handling and greater safety.Discover the benefits that the steel deck LW from Layher has to offer:īecause Layher Lightweight is about more than just weight. That makes this steel deck lighter, handier and more effective. Possible to reduce the weight of the steel deck, already established in the market, by up to 2.2 kg or 10 % – while retaining its high load-bearingĬapacity. Using higher-tensile steel grades, a thinner material and an intelligent combination of profiles and material concentrations at structurally relevant areas, it has proved The components are located on the system axes in all three directions. Seamless integration into Allround structures.Limitless applications as platform, cantilevered beam and by extension with a few components for roof constructions.High load-bearing capacity owing to the structural height and steel material.This ensures a structurally advantageous central force transmission. A contribution to the high load-bearing capacity of the new product is made by the use of strong steel grades and the design height of the Allround FW System, and also by its installation in the Allround system standard dimension without any lateral offset. Lateral bracing is achieved using standard parts from the proven Allround Scaffolding. Consisting of an Allround FW System post, a sturdy Allround FW System chord as the top and bottom chord, plus a length-adjustable Allround FW System diagonal rod, this new product can be quickly assembled with pin connections. With just three additional components to Allround Scaffolding, there is now an even better and even more economical solution for bridging and bracing applications: the Allround FW System. The position is secured by the new easy-to-fit lift-off preventer. U-system decks can bedirectly hooked into the U-section.there is as a rule no compression chord bracing required.the structural height is 17 cm lower – the headroom, e.g.the shear load capacity is up to 7 times higher – regardless of the position where the load is introduced.the bending load capacity is up to 2.5 times higher, meaning that larger support and suspension configurations are possible – maximum permissible bending moment M = 34.1 kNm.In comparison with the proven Steel Lattice Beam 450 to the underside of a bridge or to sloping surfaces. The anchor plate is intended for direct wall-plug connection to the structure – e.g. In the case of use as suspended scaffolding, the anchor plate and the suspension shoe are available for receiving the beam. The integrated system enables continued easy assembly using standard All-round components. That saves time during assembly and protects the structure – less drilling, less assembly, less dismantling Thanks to its higher load capacity, the suspension config-uration can be enlarged. The aluminium FlexBeam provides what it promises. Rapid assembly and optimum use of materials ensure economical scaffolding structures.
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