"The Subfloor System produces an overall lighter construction and improved economy."

For In-Situ construction using the Subfloor system, the base substrate can be cast thinner. This maintains the sound insulation quality or can be improved with our acoustic feet and insulation bearers.


Subfloor systems are commonly installed on hollow core slabs when the objective is to attain sound class A or B for dwellings without additional topping.


 

FLS Ltd. Subfloor Installations
FLS Ltd. Subfloor In-situ drawing example

SubFloor systems can be installed directly on wooden floors so as to achieve improved impact and airborne sound insulation for the overall construction.


 


Quick, quiet and clean installation


Adapted for high load requirements


A multi-purpose system - Acoustic, ventilation, installation and decking


 

FLS Ltd. SubFloor Office Reg.street
FLS Ltd. SubFloor Single room Layout Example

Less CO² impact than concrete


Construction heights from 11 - 398 mm


Low weight and adaptable installation space


 

Assembly


Typically an assembly team of two people is recommended.


Typical assembly speed: Larger room, Subfloor System = 20 - 24 m2 an hour.


Slow grown pine with low moisture content means minimal warping and a dense grain structure for a high load tolerance.


 

Attachment Methods


Glue - Apply suitable glue between substrate and screw foot


Screw/plug (with foot) - fix a nail/screw/plug through the base plate on the screw foot


Screw/plug (without foot) - Drill through the screw and attach the screw with wood screws/plug


 

Acoustic Damping


Acoustic feet - reduce impact noise up to 28 dB


Hanging insulation bearers reduce airborne noise without contact


Dampens vibrations regardless of load and floor angle due to acoustic foot rubber design


 

Joist Options


Steel joists - 11 and 30 mm high


Wooden joists - 45, 70 and 120 mm high


Pressure-treated joists - 45 and 70 mm high