ComFlor® product range

ComFlor 46

Shallow composite profile       
Typical unpropped span 2.6m – 3.3m

ComFlor 46, first introduced in 1985, is a simple trapezoidal composite deck with a strong and reliable shear bond performance.  The profile is economic and nestable, reducing transport and handling costs.

ComFlor 51

Shallow composite profile    
Typical unpropped span 2.5m – 3.6m

ComFlor 51 is a traditional dovetail re-entrant composite floor deck. This profile provides an excellent mechanical key into the concrete slab, offering a strong shear bond performance, which is augmented by cross stiffeners located in the profile trough. ComFlor 51 presents a virtually flat soffit and a relatively thin slab which is required to meet fire design requirements.

ComFlor 60

Shallow composite profile
Typical unpropped span 3.0m – 4.0m

Taking the 60 profile concept to a new dimension.  The new roll forming technology pioneered with ComFlor 80 allows coated soffit composite flooring to be made available now on the 60, widening the range of choice for car parks and other similar applications.

ComFlor 80

Shallow composite profile
Typical unpropped span 3.8m – 5.1m

ComFlor 80 is the next generation of profiled steel composite decks; it is the only 80mm profile utilising the higher grade 450 steel and available in Colorcoat®. The large corner curvature detail provides a very efficient profile.
In conjunction with the higher grade of steel, it ensures typical unpropped spans of 4.4m simply supported and in the continuous condition, spans of 5.1m can be achieved. The large spans achievable mean less structural steel is required providing savings in the overall construction cost.  This gives more scope to architects and engineers in the design process.

ComFlor 210

Deep composite profile
Typical unpropped span 4.5m – 6.0m

The original SlimFlor long span steel deck, ComFlor 210 has the capability to span up to 6 metres in unpropped construction. ComFlor 210 is suitable for use in Corus Slimdek® construction, which offers minimal structural depth, fast construction and many other benefits.