Established in 2004, we are committed to providing excellence by the design, supply and installation of efficient, modern underfloor heating & cooling systems.
We offer an honest and reliable service working closely with architects, local authorities, developers and M&E Consultants nationwide. UFHN Provide a fully design, supply, installation and end support service.
We employ our own team of Contract Managers, CSCS Qualified Installers and After-sales Engineers who guarantee gold-standard service before, during and after each project.
Some benefits and services provided at UFHN:
The MERCURY ATLAS floor system is a commonly used underfloor heating system that provides a quick, flexible and simple solution for heating within a screed floor. MERCURY P16, M16 or P20 pipe is used depending on the application, which is held in place by staples with a barbed end to fix into the insulation. We can also design systems as part of a specified acoustic floor detail within flats and houses.
The MERCURY AURORA floor system uses castellated panels which interlock to create a fixing system for MERCURY P16 or M16 pipe that does not require fixings or staples. This floor system is commonly used as part of a specified acoustic floor detail within flats and houses where it is laid directly onto the acoustic layer.
The MERCURY APOLLO floor system is used when insulation is installed beneath concrete slab or on intermediate floors. A 4mm Multifoil is laid over insulation or onto the concrete floor with joints taped.
MERCURY P16, M16 or P20 pipe is used depending on the application, laid in continuous loops fixed into clamp track with plastic nails and hooks.
Depending on the application MERCURY P16, M16 or P20 pipe will be used. The grooved floating floor panels are laid onto the sub-floor. Aluminium heat emission plates are then laid onto the floating floor panel to cover approximately 80% of the heated floor area, followed by the pipe in continuous loops prior to the timber or screedboard deck being installed.
A versatile underfloor heating system for new builds, retrofit projects and off-plan underfloor heating thanks to its low 18mm build-up. Multidirectional panels covered with 100-micron foil significantly speed up installation time, provides fast response times and even heat distribution. No screeding required and suitable for most floor finishes, including tiles which can be bonded directly to the system. Also applicable to low-profile applications.
With even heat distribution and high efficiency, Ellipse produces a maximum output possible from a joisted floor system when combined with a high temperature heat source such as a boiler.
MECURY P16, M16 or P20 pipe is used depending on the application, which is held in place by fixing the aluminium heat emission plate to a joist or battened floor above a rigid or mineral wool insulation.
Similarly to the Ellipse system, MERCURY Eon 22 offers a quick response time with minimal increase in floor height. The construction consists of a load-bearing slotted 22mm chipboard which replaces the standard board in floor constructions. As the pipe is as close to the surface as possible, the resistance is reduced and performance is improved against a typical 22mm chipboard construction above the underfloor heating system. MERCURY P12 pipe is typically used with this system.
Suitable for most room sizes, MERCURY Maia can be installed on any existing screed, timber or tiled floor. Offering a build-up of just 15mm, the Maia floor system uses castellated panels with holes to allow the levelling compound to spread and bond firmly with the primed substructure. A short drying time allows for floor coverings to be laid directly on to the surface of the levelling screed. As the pipe is just below the top layer, heat-up times are short and the system can be operated at lower water temperatures.
With a sophisticated design and control package that provides total choice in terms of design, functionality and energy efficiency for occupants or building managers.
Each room or zone can be operated independently for total control. From a simple dial thermostat, wireless connectivity, or the latest smart technology.