Electric Under Floor Heating

Technical data |
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|---|---|
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11 W/m |
|
230 V~ |
|
PVC |
|
~ 3.3 mm |
|
I + 30mA RCD |
|
Two connections |
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White - textile |
|
White |
|
7 cm |
|
4.0m |
|
500mm |
|
1-10m² |
Stone Versus Ceramics
The Under Floor heating debate.
Which is best for underfloor heating stone or ceramic ?The straight answer is that they are about the same. Hard stones and porcelain are similar in structure and density and therefore conduct or absorb the heat from the element underneath at similar rate.
They also therefore release the heat at a similar rate, making the surface of the tiled floor feel warm under foot and thus warming the room.
The difference lies in the thickness of the material. Generally speaking a stone tile is thicker than a ceramic tile (not so of terracotta) and therefore it will absorb more heat energy. This means that it will take slightly longer to warm up by a matter of a few minutes. But it also takes longer to release the energy and so the stone floor will generally feel warm for longer after the heating system has been switched off.
Arguably then using a timer, the underfloor cables with a stone floor could be switched off earlier and still be releasing heat energy. So the $ Billion question is :
Q/ Which one uses the most energy and therefore costs the most ?
A/ They are both the same
Product summary
Fabric backing for better installation
Powerful 160watts/m² output to warm even the thickest tile
Two connection cables, so installation is a little more complicated
Only 2.5mm thick
Surpasses international safety standards
Lifetime guarantee
- Easy installation



