Thermal insulation panel Basis s20 for Monopex underfloor heating system Daikin

The flexible design and ease of installation of the Daikin Monopex underfloor heating system make this pressurized system suitable for all types of buildings.

Key features

Basis s20

• Thermal insulation panel;
• Thickness: 20/50 mm;
• Thermal resistance: total 0.80 m²K/W;
• Thermal conductivity: 0.035 W/mK;
• Net panel dimensions: 1190x740 mm;
• Package weight: 15.15 kg;
• Packaging unit: 15 pcs x 13.20 m².

Basis Design

Basis panels consist of an EPS (expanded polystyrene) base panel with studs, protected on the upper side by a 0.16 mm thick laminated PS (polystyrene) sheet. They are a cost-effective alternative to Protect panels. Dimensions: 1220x770 mm (installation dimensions: 1190x740 mm), with an additional 30 mm overlap on two sides for easy interlocking connection. Suitable for heating pipes with diameters of 14 mm and 17 mm. Pipe installation can be done at right angles. Pipe spacing: 75 mm.

Basis: simplicity is its strength

Basis panels consist of a studded EPS (expanded polystyrene) base panel covered by a 0.16 mm thick laminated PS (polystyrene) sheet. They are a cost-effective alternative to Protect panels and serve as the load-bearing element in Daikin dry-installation systems. They measure 1220x770 mm, including the 30 mm interlocking overlap on two sides, allowing for easy connection while preventing thermal bridges. The pipe can be laid at right angles.

Daikin radiant pipes: 30 years of experience, safety for generations

The heart of any underfloor heating system is the radiant pipe. Daikin has been installing Monopex PE-X radiant pipes with an EVOH oxygen barrier for over thirty years and is now recognized as a leading manufacturer in the field. Daikin PE-X pipes have consistently proven to be extremely durable and reliable in real-world use. They are completely corrosion-free; the oxygen diffusion barrier prevents corrosion of system components, while their exceptional durability ensures long-lasting, safe performance. Thanks to the optimal ratio between diameter and thickness, the pipe is highly resistant to mechanical stress.