Produced to a controlled flowable consistency to fully encompass heating pipes

Elimination of voids resulting in uniform heat transfer and maximised thermal efficiency of the underfloor heating system. • Reduced screed depth when compared to traditional sand cement screeds minimising heat storage, resulting in a floor which responds rapidly to user requirements

Extremely low shrinkage - will not curl and minimises the risk of cracking 

Does not require reinforcement 

Increased productivity - 500-1000 m2per day can be easily achieved 

Heating systems can be commissioned in accordance with BS1264:2001-4 clause 4.4, as early as 7 days after application of the screed

Minimal thermal expansion (0.012mm/Mk) 

Excellent thermal conductivity (2.2W/Mk)

Environmentally friendly

No curing required

Ready for foot traffic in 24-48 hours.

Self compacting – fully encompassing pipes/cables

The area to be screeded must be made watertight to prevent leakage

The polythene slip membrane installed over the insulation must be overlapped and sealed to prevent loss of screed 

Pipes or cables must be securely fixed to prevent floatation and lifting during application of the screed 

Best practice is to fill pipes prior to application of the screed to check for leaks, this also reduces the risk of pipes floating whilst the screed is being poured 

Ideal flow 230-250mm measured using the DIN1060 flow ring 

Minimum cover to pipes or cables must be 30mm

If required surface laitance must be removed prior to commissioning of under floor heating to assist drying 

Heating must be commissioned in accordance with BS1264:2001-4 clause 4.4 and run in accordance with manufacturers instructions to accelerate force drying of the screed prior to application of the floor finish 

Screed moisture content must be a maximum of 0.5% and 1.0% respectively prior to application of subsequent impermeable and permeable floor coverings 

We recommend the use of floor thermostats with electric under floor heating elements