Institut für Holztechnologie Dresden gemeinnützige GmbH (Datenlieferant)
Solid Wood Panel
Symbolbild
alternative Namen
- Deutsch: Massivholzplatte
Versuchsaufbau
- Characteristic Values of wood based panels are 5-percentiles for strength values (f) and mean values for elastic properties (E, G). If necessary the 5-percentile values of the elastic properties can be calculated as 0.85 times the specified mean values.
- Indices are given in the following way:
- 1st index: indicates bending, tension, compression, shear or rolling shear as “m”, “t”, “c”, “v” or “r”
- 2nd index: indicates orientation of stress to grain direction of outermost layers/veneers as “0” or”90”, if relevant
- 3rd index: indicates, if in plane or out of plane; in plane is given as “edge”, out of plane is given as “flat” only in the case of stresses perpendicular to the grain and shear
- 4th index: indicates characteristic “k” or mean value “mean”
Physikalische Eigenschaften
| Name | Wert | Bemerkung | Messverfahren und -bedingungen |
|---|---|---|---|
| Dichte | > 410 kg/m³ | nominal thickness: 12mm – 80mm | EN 12369-3 |
| Differentielle Schwindung | 0.62 %/% | DIN EN 13353, thickness | |
| 0.008 – 0.035 %/% | DIN EN 13353, length | ||
| 0.024 – 0.067 %/% | DIN EN 13353, width | ||
| Gleichgewichtsfeuchte | 8.7 – 8.9 % | DIN EN 13353, relative humidity: 30 % | |
| 12.2 – 12.8 % | DIN EN 13353, relative humidity: 65 % | ||
| 7.4 – 18.1 % | DIN EN 13353, relative humidity: 85 % | ||
| Modifikationsbeiwert | 0.6 | Service Class 1 | DIN EN 13353; DIN EN 1995-1-1/NA, permanent |
| 0.7 | Service Class 1 | DIN EN 13353; DIN EN 1995-1-1/NA, long term | |
| 0.8 | Service Class 1 | DIN EN 13353; DIN EN 1995-1-1/NA, medium term | |
| 0.9 | Service Class 1 | DIN EN 13353; DIN EN 1995-1-1/NA, short term | |
| 1.1 | Service Class 1 | DIN EN 13353; DIN EN 1995-1-1/NA, instantaneous | |
| 0.6 | Service Class 2 | DIN EN 13353; DIN EN 1995-1-1/NA, permanent | |
| 0.7 | Service Class 2 | DIN EN 13353; DIN EN 1995-1-1/NA, long term | |
| 0.8 | Service Class 2 | DIN EN 13353; DIN EN 1995-1-1/NA, medium term | |
| 0.9 | Service Class 2 | DIN EN 13353; DIN EN 1995-1-1/NA, short term | |
| 1.1 | Service Class 2 | DIN EN 13353; DIN EN 1995-1-1/NA, instantaneous | |
| Verformungsbeiwert | 0.6 | Service Class 1 | DIN EN 13353; DIN EN 1995-1-1/NA |
| 0.8 | Service Class 2 | DIN EN 13353; DIN EN 1995-1-1/NA | |
| Wasserdampf-Diffusionswiderstandszahl | 50 | wet cup µ | DIN EN 13986; DIN EN 13353, density: 300 kg/m³ |
| 150 | dry cup µ | DIN EN 13986; DIN EN 13353, density: 300 kg/m³ | |
| 70 | wet cup µ | DIN EN 13986; DIN EN 13353, density: 500 kg/m³ | |
| 200 | dry cup µ | DIN EN 13986; DIN EN 13353, density: 500 kg/m³ | |
| 90 | wet cup µ | DIN EN 13986; DIN EN 13353, density: 700 kg/m³ | |
| 220 | dry cup µ | DIN EN 13986; DIN EN 13353, density: 700 kg/m³ | |
| 110 | wet cup µ | DIN EN 13986; DIN EN 13353, density: 1000 kg/m³ | |
| 250 | dry cup µ | DIN EN 13986; DIN EN 13353, density: 1000 kg/m³ | |
| Mechanische Eigenschaften | |||
| Biege-Elastizitätsmodul | 10000 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, E[m,0,flat,mean] (perpendicular to plane) |
| 650 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, E[m,90,flat,mean] (perpendicular to plane) | |
| 6000 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, E[m,0,edge,mean] (in plane) | |
| 4000 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, E[m,90,edge,mean] (in plane) | |
| 10000 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, E[m,0,flat,mean] (perpendicular to plane) | |
| 800 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, E[m,90,flat,mean] (perpendicular to plane) | |
| 5000 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, E[m,0,edge,mean] (in plane) | |
| 4000 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, E[m,90,edge,mean] (in plane) | |
| 8000 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, E[m,0,flat,mean] (perpendicular to plane) | |
| 1800 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, E[m,90,flat,mean] (perpendicular to plane) | |
| 4000 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, E[m,0,edge,mean] (in plane) | |
| 4000 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, E[m,90,edge,mean] (in plane) | |
| Biegefestigkeit | 30 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[m,0,k] (perpendicular to plane) |
| 5 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[m,90,k] (perpendicular to plane) | |
| 25 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[m,0,edge,k] (in plane) | |
| 12 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[m,90,edge,k] (in plane) | |
| 27 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[m,0,k] (perpendicular to plane) | |
| 5 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[m,90,k] (perpendicular to plane) | |
| 18 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[m,0,edge,k] (in plane) | |
| 12 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[m,90,edge,k] (in plane) | |
| 20 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[m,0,k] (perpendicular to plane) | |
| 10 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[m,90,k] (perpendicular to plane) | |
| 12 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[m,0,edge,k] (in plane) | |
| 12 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[m,90,edge,k] (in plane) | |
| Druck-Elastizitätsmodul | 6000 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, E[c,0,mean] (in plane) |
| 4000 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, E[c,90,edge,mean] (in plane) | |
| 3500 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, E[c,0,mean] (in plane) | |
| 2500 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, E[c,90,edge,mean] (in plane) | |
| 2500 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, E[c,0,mean] (in plane) | |
| 2500 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, E[c,90,edge,mean] (in plane) | |
| Druckfestigkeit | 18 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[c,0,k] (in plane) |
| 12 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[c,90,edge,k] (in plane) | |
| 16 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[c,0,k] (in plane) | |
| 10 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[c,90,edge,k] (in plane) | |
| 10 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[c,0,k] (in plane) | |
| 10 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[c,90,edge,k] (in plane) | |
| Scherfestigkeit | 4 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[v,0,edge,k] (perpendicular to plane) |
| 4 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[v,90,edge,k] (perpendicular to plane) | |
| 1 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[v,0,flat,k] (in plane) | |
| 1 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[v,90,flat,k] (in plane) | |
| 4 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[v,0,edge,k] (perpendicular to plane) | |
| 4 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[v,90,edge,k] (perpendicular to plane) | |
| 1 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[v,0,flat,k] (in plane) | |
| 1 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[v,90,flat,k] (in plane) | |
| 2.5 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[v,0,edge,k] (perpendicular to plane) | |
| 2.5 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[v,90,edge,k] (perpendicular to plane) | |
| 1 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[v,0,flat,k] (in plane) | |
| 1 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[v,90,flat,k] (in plane) | |
| Schubmodul | 450 MPa | nominal thickness: 12mm – 80mm | EN 12369-3, G[0,edge,mean] (perpendicular to plane) |
| 450 MPa | nominal thickness: 12mm – 80mm | EN 12369-3, G[90,edge,mean] (perpendicular to plane) | |
| 50 MPa | nominal thickness: 12mm – 80mm | EN 12369-3, G[0,flat,mean] (in plane) | |
| 50 MPa | nominal thickness: 12mm – 80mm | EN 12369-3, G[90,flat,mean] (in plane) | |
| Zug-Elastizitätsmodul | 6000 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, E[t,0,mean] |
| 4000 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, E[t,90,edge,mean] | |
| 5000 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, E[t,0,mean] | |
| 4000 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, E[t,90,edge,mean] | |
| 4000 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, E[t,0,mean] | |
| 4000 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, E[t,90,edge,mean] | |
| Zugfestigkeit | 12 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[t,0,k] |
| 3 MPa | nominal thickness: 12mm – 20mm | EN 12369-3, f[t,90,edge,k] | |
| 9 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[t,0,k] | |
| 3 MPa | nominal thickness: > 20mm – 30mm | EN 12369-3, f[t,90,edge,k] | |
| 6 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[t,0,k] | |
| 3 MPa | nominal thickness: > 30mm – 80mm | EN 12369-3, f[t,90,edge,k] | |
| Thermische Eigenschaften | |||
| Wärmeleitfähigkeit | 0.09 W/(m*K) | DIN EN 13986; DIN EN 13353, density: 300 kg/m³ | |
| 0.13 W/(m*K) | DIN EN 13986; DIN EN 13353, density: 500 kg/m³ | ||
| 0.17 W/(m*K) | DIN EN 13986; DIN EN 13353, density: 700 kg/m³ | ||
| 0.24 W/(m*K) | DIN EN 13986; DIN EN 13353, density: 1000 kg/m³ | ||
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Institut für Holztechnologie Dresden gemeinnützige GmbH Steffen Tobisch
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