Magnum Heating – Waterbased
Category:Underfloor heating
Magnum Heating – Waterbased
Magnum Heating Hydronic System (Water Based) includes castellated plates which are specially designed to simplify the preparation of the floor for the installation of heating tubes, which reduces the installation time. The castellated plates also make it possible to fix underfloor heating tubes in a quick and easy way.

Get a Quote
Product Description
Magnum Heating Hydronic System (Water Based) includes castellated plates which are specially designed to simplify the preparation of the floor for the installation of heating tubes, which reduces the installation time. The castellated plates also make it possible to fix underfloor heating tubes in a quick and easy way.
| System type | Water based |
| System height | 17, 28 or 47 mm |
| System width | 1 x 1 m |
| Min. setting height | 5 cm above the tube |
| Installation | Floating / Pasting |
| In wet areas | V |
| Tiles | V |
| Wood | V |
| (PVC) Laminate | V |
| Carpet | V |
| Certification | DIN 4108-10, building material class B2 according to DIN 4102-B2 |
- Knob element with EPS thermal insulation plate according to DIN EN 13163, PS foil with tread seal and EPS tube knob on the back for heating tubes 14-16 mm. Two-sided foil overlay for screed-tight connection. Application for interior insulation on ceilings or floor plates according to DIN 4108-10, building material class B2 according to DIN 4102-B2.
- Fire behaviour according to EN 13501 = Class E
- Building material class in accordance with DIN 4102 = B2
- Fire behaviour according to EN 13501 = Class E
- Building material class in accordance with DIN 4102 = B2
- Application according to EN 13163 for interior insulation on ceilings or floorboards according to DIN 4108-10
- EPS (CFK-, HCFK-, HFK- & HBCD-free)
- Flame retardant polymer-FR
28 mm insulated
- Thermal resistance 0,314 m²K/W
- Max. traffic load 150 kPa
47 mm insulated
- Thermal resistance 0,75 m²K/W
- Max. traffic load 5 kPa ( kN/m²)
- Impact sound improvement 28 dB
- Nominal value according to DIN 4108-4 0,040 W/mK

