In Venifloor, we have performed tests to confirm the possibility of using Venifloor parquets with different kinds of heating. The tests were carried out at a maximum temperature of 50° Celsius in laboratory conditions. *
*The tests have been carried out by the Laboratory of the Department od Wood Technology at the Warsaw University of Life Sciences
Venifloor Electric makes use of boards that are perfectly suitable for floor heating. The innovative technology applied in their production guarantees their optimum properties – they have perfect thermal conductivity, they do not undergo deformations and they maintain the generated heat for a long time.
Advantages of the ELECTRIC INFRARED floor:
- Dedicated for floor heating
- By up to 114% harder than laminated oak boards
- Wax oil finish – easy to renovate and highly resistant to humidity
- Lacquered with addition of corundum, practical and resistant to scratches
Efficient and economical solutions start here!
| Property | Test results | ||
| Venifloor floor 8,5 mm | Solid oak 16 mm | Laminated floor 15 mm |
|
| Thermal resistance, R [m2*K/W] (lower result = better parameter) | 0,033 | 0,087 | 0,092 |
| Thermal conductivity λ [W/mK] (higher result = better parameter) | 0,255 | 0,184 | 0,162 |
Heating films, (IR) infrared:
- 30 year warranty for the dream heat no.1 heating films
- Zero costs with photovoltaic heating
- No heaters – more space for furniture and decorations
- Dry and warm walls, no humidity, no fungi and molds
Order an electric infrared floor in one of the collections below
Prime Kollektion
Oberfläche: FARBLOSER UV-LACK + KORUND, 4-seitige V-Nut 25°, mikrogebürstet
l. 1205 mm | w. 210 mm | t. 8,5 mm
l. 2375 mm | w. 210 mm | t. 8,5 mm
Luxury Kollektion
Oberfläche: FARBLOSER / FARBIGER UV-LACK + KORUND, 4-seitige V-Nut 25°, mikrogebürstet
l. 1205 mm | w. 210 mm | t. 8,5 mm
l. 2375 mm | w. 210 mm | t. 8,5 mm
Prestige Kollektion
Finish: COLORLESS / COLERED UV WAX OIL, 4-seitige V-Nut 25°, tief gebürstet
l. 1205 mm | w. 210 mm | t. 8,5 mm
l. 2375 mm | w. 210 mm | t. 8,5 mm