Wavin Underfloor heating offers two pipe material options (polybutylene and metal plastic) for use with three different flooring systems, staples, staple & rail and system plates. For more info see system information below.
System Plates are for general use, suiting both liquid and conventional screeds. The sheets are laid over insulation and the heating pipe is pushed into the clips within them. This helps ensure regular pipe spacing.
Staple & Rail System
You can add 2 metre track rail to the staple system for additional security at installation stage particularly if you are using a traditional sand/cement screed.
Staple System
In this system the heating pipe is stapled to insulation prior to screeding, which offers total flexibility of heating pipe layout. This system is particularly useful for irregular areas.
UFH Pipe – Fexius Polybutylene
With a 100-year guarantee for UFH applications this pipe has superior flexibility even at low temperatures for easy forming of bends at end returns and leading to the manifold – with a maximum circuit loop of 120m.
UFH Pipe - Tigris: Multilayer Alu-PERT
The major benefit of this metal-plastic pipe is that it bends easily and retains its shape. Lightweight and resilient, it has a maximum circuit loop 100m.
Manifolds, Controls and Thermostats
To ensure you get the maximum comfort and efficiency from your system we offer a range of manifold and easy to use but highly functional controls and thermostats (wired and wireless & web-enabled options). Click here to see the range.
What’s next?
We offer complete support for any project. if you need help choosing the right system or project support including detailed drawings, send your plans to our technical design team or contact us on 01 8020200.
Barn Conversion - Hep₂O Underfloor
At a two-storey barn conversion, a comprehensive Hep₂O underfloor heating system from Wavin has been specified to provide cost-effective and efficient heat distribution across both floors – helping the building to achieve BREEAM and CoSH targets for energy efficiency and thermal performance.
