Geo-floor is a bespoke warm water underfloor heating system pioneered and developed by ourselfs, drawing from over 35 years experience in heating design, and working with some of the largest manufacturers such as Rehau and Wirsbo we have optimised the principles of ufh technology and produced a highly effective cost efficient system which can both heat and cool.

Geo-floor, is extremely versitile and cost efficient in operation, especially when operated in conjunction with either Ground or Air Source Heat Pumps. With its flexible design approach, it can accommodate any type or style of floor construction and finish.

Geo-floor, is a available to both domestic and commercial clients, and can also include various types of high grade floor insulation and screed finish if required. Incorporation of the very latest hi-tech insulation, and the systems naturally slim pipe diameter, reduces the loss of ceiling height so typically a problem within standard floor warming systems, and always a major concern to any building designer in re-furbishment or retrofit installations.

With its unique design, the "Geo-floor lite" system can be installed into a replacement floor thickness of less than 65mm in overall depth, typically the depth of a normal floor screed. Its use of high quality multilayer insulation offers the end user a quality heating system with excellent insulation properties when ceiling height saving are at a premium.

"Geo-floor frame"is a design for installation into modular or timber frame buildings, the installation allows for fast track building construction without the normal delays associated with the installation of conventional heating systems into the upper joisted floors of timber buildings.

When matched with a Ground or Air Source Heat Pump, Geo-floor heating offers further efficientcy savings over more basic installations that are typically connected to a convention fossil fuel boiler. Standard heating boilers cannot easily operate at the low temperatures demanded of underfloor installations, to operate without sustaining damage, they require complicated and expensive mechanical temperature mixing valves and pumps, to lower the water temperature to the heating, but avoiding low temperature within the boiler that can cause back-end corrosion which can seriously effect the boilers life.

As the water temperature required to operate the system and keep the building at optimum temperature is accurately controlled by the heat pumps weather compensator system, less complicated controls and field wiring are required making the installation process fast and cost efficient.

 If you require more information or a project costing please contact us.