Product data sheetva-Q-vip B
Characteristics | |
va-Q-vip B is a vacuum insulation panel for construction applications. va-Q-vip B is coverd with a high barrier film and an additional black glass fiber textile for mechanical shock protection. The core itself is non-combustible (Fire class A1). The va-Q-vip B with black glass fabric is inflammable (Construction materials class DIN 4102-B2). The va-Q-vip B is approved for general construction purposes in accordance with the approval number Z-23.11-1658, of the “Deutsches Institut für Bautechnik (DIBT)”. By 29th June 2011 the validity of the approval was extended until 30th June 2015. va-Q-vip B elements stand out because of their smooth edges and corners due to special "edge fold technique va-Q-seam" individual elements can therefore be joined almost seamlessly. |  |
Applications | |
va-Q-vip B can be used in buildings in accordance with application areas interior applications for ceilings, walls, floors, flat roofs, top floor ceilings, exterior insulation behind paneling, insulation in wood frame construction to the standard DIN 4108-10, Table 1. Planners, installation partners or architects are responsible for the relevant specific insulation system. Application systems for buildings can also be discussed directly with va-Q-tec. |  |
Advantage
- Official approval for building material with assigned thermal conductivity 0.007 W/mK
- Significantly reduced heat flows and thickness
- Saves space providing more larger usable room area
- Extra protective layer for reliable installation
Product data
| Surface color | Black |
| Geometry | Rectangular shape without flanges* |
| Density (bulk, DIN EN 1602) | 180 - 210 kg/m³ |
| Thermal conductivity | |
| • Initial value | < 0.0043 W/(mK) at 20 mm thickness (measured value) |
| • Rated value incl. aging & edge losses | 0.0070 W/(mK) by more than 20 mm thickness, 0.0080 W/(mk) at 10-15 mm thickness (measured value) |
| • If aerated | 0.020 W/(mK) |
| Temperature stability | -70 °C to +70 °C |
| Thermal shock resistance | Insensitive to heat & cold shock in the given temperature range |
| Humidity stability | 0 % to 60 % |
| Internal gas pressure | < 5 mbar (at delivery) |
| Increase of gas pressure | approx. 1 mbar/year (measured, 20 mm thickness) |
| Standard dimension (L x W) I & II | I: 1000 mm x 600 mm, II: 500 mm x 600 mm |
| Nonstandard dimension III & IV | III: Aera > 0,10 m² and < 0,60 m², IV: aera < 0,10 m² |
| Special design | triangle, trapezoud, corner cut, recessed surfaceand, panel with hole, flanges folding by 10 mm / 15 mm thickness |
| Thickness | 10 to 50 mm |
| Size tolerance | |
| • 0 to 500 mm | +2 / -4 mm |
| • 501 to 1000 mm | +2 / -5 mm |
| Thickness tolerance | ± 1 mm |
| Specific heat | 0.8 kJ/(kg·K) (at room temperature) |
| U-value (with 20 mm thickness) | |
| • Initial value | 0.22 W/(m²K) at 20 mm thickness |
| • Rated value incl. aging & edge losses | 0.35 W/(m²K) (measured value) at 20 mm thickness |
| Mass per area | 4 kg/m² (at 20 mm thickness) |
| Compressive strength | approx. 150 kPa (at 10% compression) |
| Flammability | DIN 4102-B2 |
| Service life | extrapolated, depending on application up to 60 years |
* For 10 mm and 15 mm thicknesses, if a flat edge is required, the flanges are refolded onto the main surface of panel.
All figures are intended as a guide and should not be used for preparing specifications.
All figures are intended as a guide and should not be used for preparing specifications.