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Composite floor decking systems ComFlor® is specifically designed for rapid installation of flooring and to facilitate lower mass buildings with long clear span composite concrete floors. Large areas of ComFlor® can be easily craned into position and in excess of 400m2 laid by one team per day. With minimal mesh or fibre reinforcement and pumped
Loads shown in tables are uniformly distributed superimposed loads in psf. Span length assumes center-to-center spacing of supports. Tabulated loads shall not be increased by assuming clear span dimensions.
The document provides quick reference load span tables for ComFlor 60/80 composite floor decking systems. It includes tables showing maximum spans for ComFlor sheets used in double span and single span configurations under different load cases.
Introduction. This design note contains span tables covering various primary and secondary beam spans with common design floor loadings. It is intended that these tables will be used by Engineers to assist in the preliminary design of a composite steel and concrete floor system.
The original and still the most popular deck in the market is a 60mm high, structurally efficient trapezoidal profile providing an excellent composite union between steel and concrete to maximise the load carrying and spanning up to 4.5m (no props). The efficient shape of the deck and resulting composite slab
Composite wood behaves differently to traditional timber, hence for different spacings than you may be used to. Expansion prediction is crucial when it comes to composite decks.
Composite slabs incorporating BONDEK® can be designed in a number of ways: • Using the design tables given in this manual. • Calculate from first principles using the relevant Australian Standards, Eurocodes and data from the current BONDEK® design software. • ®Contact Steel Direct on 1800 641 417 or your local LYSAGHT
