Underfloor Direct Ltd


‘FloorRad’

Underfloor Direct can provide a complete underfloor heating pack that connects directly to your existing hot water home heating system - ideal for small extensions or conservatories with areas up to 18m².

‘FloorRad’ includes:

     100m of Easi-fit Pipe

     Danfoss valve, sensor and fitting kit

     Pipe cutter and reamer

     Clips for fitting Easi-fit Pipe to insulation

     Fittings to connect Easi-fit Pipe to valve

     Fittings for connection to existing copper pipe

     All delivered to your door !

Easi-fit Pipe comes with 50 year working life and complete oxygen barrier, manufactured to top European certification, TUV tested and approved to DIN ISO 9001/2000. For areas up to 14 m² Easi-fit Pipe of 16mm diameter is used, 18mm diameter is used for 15-18 m² floor areas. See pricelist.

Installation guides can be provided for reference prior to purchase.
 

About FloorRad

A return temperature limiter maintains the return temperature from the UFH at a constant level and secures a constant floor temp. Since there is a relation between the floor surface temp and the room temp, the room temp will be held at a constant level.

Download FHV-R Installation Instructions

Download FHV-R Datasheet

No special fittings required

No underfloor connections

No maintenance

Enjoy the comfort of natural radiant heat

Enjoy your conservatory all year round.

Maintains constant floor temperature

Simple to install & operate

No wiring

No room temperature distortions from short term heat gains

No need for extra pump and mixing valve in most cases

Minimises running costs

Good performance (self-acting proportional)

Good value for money

FloorRad is used in areas where radiators would otherwise be used.

The floor should reach a surface temperature of 25 - 29°C this is comfortable to walk on and high enough to radiant heat into the room.

The FloorRad does not reach temperatures associated with radiators!

To do so would be harmful and dangerous.

FloorRad is self-regulating and will not reach excessive temperatures.