va-Q-vip Floor
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Technical Data Sheet va-Q-vip Floor Product Description va-Q-vip Floor is a microporous insulation material based on fumed silica. Additionally it is laminated by a 17 mm thick PIR layer on top and a 3 mm rubber granulate layer at the bottom. This composition enables an optimized protection of the vacuum core for construction applications. Our va-Q-vip Floor elements are unique because of their smooth edges and corners (va-Q-seam) wherefore individual elements can be joined together almost seamlessly. In general rectangular panels are produced but various shapes (trapeze, triangle, corner section) are possible on request. The va-Q-vip Floor was specially developed for the use in floors, flat roofs, balconies and terraces. Barrier-free traffic areas Smooth edges and no foil overlaps because of patented va-Q-seam technology Additional protection through mechanical damage Long lifetime due to optimized panel design 100 % quality control with the patented gas pressure measurement system (va-Q-check) Sustainable product (recyclable core material)

Properties Thermal conductivity (VIP) - initial value @ 10 °C* Thermal conductivity (VIP) - design value incl. aging and edge effects Thermal conductivity (VIP) ventilated design value incl. aging and edge effects U-Value (VIP) - initial value @ 10 °C* ≤ 0.0043 W/(m∙K) (thickness ≥ 20 mm, at delivery) according to DIN EN 12667 0.007 W/(m∙K) (thickness ≥ 20 mm) 0.020 W/(m∙K) 0.22 W/(m²∙K) (thickness = 20 mm) U-Value (VIP) - design value incl. aging and edge effects Internal gas pressure @ 20 °C 0.18 W/(m²∙K) (thickness = 40 mm) 0.35 W/(m²∙K) (thickness = 20 mm) ≤ 5 mbar (at delivery) Area...

Testing Standards Our va-Q-vip Floor panels are subjected to the according to internal test methods to confirm their exceptional properties: - Accelerated aging tests at 50 °C, 70 % relative humidity and 80 °C (dry) Thermal conductivity measurements λ(T), λ(p) according to DIN EN 12667 Long-time monitoring at room conditions (p(t), λ(t)) Fire protection test according to DIN 4102-1 Measurement of the length- and point-related heat transition coefficient (thermal bridge effect, Ѱ-value) Measures and tolerances (VIP) length l / width w in [mm] Remark: Please ask for preferred sizes and...

Legal Notes/Disclaimer The data presented in this technical data sheet are in accordance with the present state of our knowledge. All numbers and features proposed in this data sheet (e.g. lifetime) were determined under test conditions in the laboratory and therefore represent a nonbinding and purely scientific value. There are no guarantees associated with. Only the respectively agreed warranty period and warranty rights apply. To the extent permitted by law, all other warranties of any kind, whether express or implied, including, but not limited to the implied warranties of...