Since the mass of a timber floor structure can be up to 50% less than screeded floor systems, the response time of a timber floor system is much faster than that from a solid floor system and effective control can be made simpler.
Timber floor systems rely on the conductivity of components fitted within the floor to transfer heat efficiently from the pipe surface to the underside of the floor finish.
Typically a grooved or profiled metal (usually aluminium) heat transfer sheet is provided to conduct the heat from the pipe to the floor surface, although some systems rely on other methods such as a *thin screed biscuit mix or heated airspace layer below the floor boards.
In order to achieve good results the pipes must transfer their heat evenly to the floor surface without creating sharp variations in surface temperature across the floor. This is particularly important with natural wood boarded floors so as to prevent unsightly shrinkage at any hot spots caused by inadequate heat dissipation.
Since the mass of a timber floor structure can be up to 50% less than screeded floor systems, the response time of a timber floor system is much faster than that from a solid floor system and effective control can be made simpler.