va-Q-vip Floor

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. The va-Q-vip Floor is manufactured climate neutrally in Germany according to strict environmental standards as per DIN EN ISO 14021. 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.

Advantages of va-Q-vip Floor

  • Particularly suitable for balconies, terraces and flat roofs
  • Available as a complete system
  • Barrier-free traffic areas
  • Smooth edges and no foil overlaps because of patented va-Q-seam technology
  • Additional protection against mechanical damage
  • Various standard sizes on stock
  • Long lifetime due to optimized panel design
  • 100 % quality control with the patented gas pressure measurement system (va-Q-check)
  • Sustainable product: manufactured according to the highest quality and environmental standards (DIN EN ISO 14021)
  • Climate neutral production in Germany

Properties of va-Q-vip Floor

Specifications

Details : Enhanced usable room area due to thinner insulation material
Smooth edges and no foil overlaps because of patented va-Q-seam technology
Additional protection through mechanical damage
Various standard sizes on stock
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)

Color : silver with black and beige-coloured surfaces

Density : 180 – 210 kg/m³ according to DIN EN 1602 [kg/m³]

temperature resistance : -70 – 80 °C (temporary up to 120 °C)

Internal gas pressure at delivery : ≤ 5 mbar/year (at delivery)

heat transfer coefficient (U-Wert) : 0,22 W/(m²∙K) (d = 20 mm) [W/(m²*K)]

Other features

Dimensions & tolerances :

spec. heat capacity : 0,8 - 1,0 kJ/(kg∙K) (at room temperature) [J/kg*K]

pressure limitation : ≥ 150 kPa bei 10 % Stauchung nach DIN EN 826 [kPa]