Underfloor heating works by pumping a controlled flow of warm water from any heat source through plastic tubing embedded in the floor. Because the emitting area is large, sufficient warmth is provided even on a cold winter day with no need for supplementary heating.

Nu-Heat supplies a complete package of high quality components including award-winning installation manuals and a full system design with bespoke CAD drawings showing all mechanical pipework and valves as well as electrical connections. Tailored manuals are provided to suit the heat source whether conventional boiler or heat pump.

The company has built up a huge fund of experience over the years, much of which is embodied in its Optimiser™ computer software. This is a sophisticated calculation tool used by the company’s designers to ensure that all new systems will fulfill the potential of underfloor heating and match customers’ expectations.

Fastflo®
Installers love Fastflo® heating tube because of its flexibility. It is fast and simple to fix but also, as more tube can be placed in the floor at closer spacing, it spreads heat more evenly and gives fast response.

Nu-Heat can select from a range of Fastflo® tube diameters: 10mm, 14mm, 16mm or 18mm dependent on the specific requirements of the project.

Fastflo® floor heating tube is manufactured in PE-Xc, a material that has been installed in floor heating systems throughout Europe for the last three decades and, according to BSRIA, is the UK market leader. The vast experience gained, together with accelerated testing, means Nu-Heat is confident that Fastflo® floor heating tube will last in excess of 50 years and is guaranteed for 25, the first 10 years being insurance-backed. Naturally, Fastflo® complies with all current European standards for underfloor

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The tangible benefits of Nu-Heat underfloor heating will enhance the value of any property.

The benefits of underfloor heating have been well documented and include: design freedom, lower heating bills and a higher level of comfort; and the efficiency of renewable technologies such as ground and air source heat pumps is enhanced by its typically low flow temperatures.