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More comfort due to less height
That the vertical range of manufacture is the basis of solid and convincing value for money is proven by the surface heating from Schütz Energietechnik from Germany. The plastic specialist with decades of know how in the duro- and thermoplastic branch is not dependent on suppliers for the components for its climate control systems. The panels for dry mortar less construction for the modernisation of old houses, the stud boards for wet concrete or – also for wet concrete – the value for money “quadro-takk” click system are all produced by Schütz. That saves builders and installers one stage in the distribution chain and as mentioned before there are decades of experience put into the quality.
This is particularly obvious when we look at the panels for walls and underfloor heating. Schütz is capable of conditioning the EPS material with an installation height of only 30 mm in such a way that the slab complies with the underfloor heating norm EN 1264 Part 4 without additional layers of soundproofing, both when laying the flooring in the loop or coil formation. The norm prescribes a heat resistance of 0.75 m K/W. This is something that many other manufacturers struggle to comply with. They require you to add more insulation. Something that means a few millimetres of unwanted floor height
Schütz has practically changed the installation from wet on wet to dry mortar less construction. But help is also at hand for those who wish to use the wet on wet system. The stud boards for the securing of heating system pipes sized 14–17 overlap so that the edges are always covered.
Further more: with the square folded “quadro-takk” roll with 8.1m of thermal and sound insulation and is easy to store and transport due to its square shape. It is especially easy to install (no deformation as is the case with rollout insulation). This allows the efficient use of materials and virtually waste-free installation as well as a secure fitting for the heating pipes. The tubing is securely held in place and protected from damage by the profiled panels.
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