Manufacturer
| Product groups: | Compound product (opaque), Wood-chip wall elements | ||
| Product photos: | 
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| Ingredients according to natureplus declaration rules: | Fichtenholzspäne Portlandzement Hackschnitzel Bindemittel PMDI Emulsion Polyol | ||
| no. | type | layer (from inside to outside) | d cm |
| 1 |  |
ISO SPAN Holzmantelbetonstein Dichte 475 kg/m³ (Steine mit Dämmung) | 4,00 |
| 2 |  |
inhomogeneous (parts horizontal) | 16,50 |
| 22,4 cm (89,4%) best wood MULTITHERM 110 | 16,50 | ||
| 2,6 cm (10,6%) ISO SPAN Holzmantelbetonstein Dichte 475 kg/m³ (Steine mit Dämmung) | 16,50 | ||
| 3 | |
inhomogeneous (parts horizontal) | 12,00 |
| 22,1 cm (88,3%) Normal concrete without reinforcement (2200 kg/m³) | 12,00 | ||
| 2,9 cm (11,7%) ISO SPAN Holzmantelbetonstein Dichte 475 kg/m³ (Steine mit Dämmung) | 12,00 | ||
| 4 | |
ISO SPAN Holzmantelbetonstein Dichte 475 kg/m³ (Steine mit Dämmung) | 4,00 |
| additional materials (not relevant for the U-value): (quantity per m² building element) | |||
| 0,3 kg | Reinforcing steel | ||
| building element | 36,50 | ||
| thickness: | 36,5 cm | ||
| c specific heat capacity: | not specified | J/(kg·K) |
| Flammability class: | not specified | ||
| Production phase (A1 - A3 according to EN 15804): |  Energy efficient production process Environmental protection and clean production Climate Protection via reduced CO2 emissions | ||
| A1-A3 Product stage indicator |
Wert | Unit |
| Core environmental impact indicators | ||
| GWP-fossil Global warming potential - fossil | 0,177 | kg CO2 Äq./kg |
| GWP-biogenic Global warming potential - biogenic | -0,254 | kg CO2 Äq./kg |
| GWP-total Global warming potential - total | -0,0770 | kg CO2 Äq./kg |
| AP Acidification potential | 0,000395 | kg SO2 Äq./kg |
| Indicators describing resource use | ||
| PENRE Primary energy non-renewable - energy resources | 1,71 | MJ/kg |
| PENRM Primary energy non-renewable - material | 0,106 | MJ/kg |
| PENRT Primary energy non-renewable - total | 1,82 | MJ/kg |
| A1-A3 Product stage indicator |
Wert | Unit |
| Core environmental impact indicators | ||
| GWP-fossil Global warming potential - fossil | 0,163 | kg CO2 Äq./kg |
| GWP-biogenic Global warming potential - biogenic | -0,233 | kg CO2 Äq./kg |
| GWP-luluc Global warming potential - land use and land use change | 0,000210 | kg CO2 eq./kg |
| GWP-total Global warming potential - total | -0,0692 | kg CO2 eq./kg |
| ODP Depletion potential of the stratospheric ozone layer | 8,69·10-9 | kg CFC-11 eq./kg |
| AP Acidifcation potential - Accumulated Exceedance | 0,000578 | mol H+ eq./kg |
| EP-freshwater Eutrophication potential - freshwater | 6,22·10-5 | kg P eq./kg |
| EP-marine Eutrophication potential - marine | 0,000313 | kg N eq./kg |
| EP-terrestrial Eutrophication potential - terrestrial | 0,00175 | mol N eq./kg |
| POCP Photochemical Ozone Creation Potential | 0,000510 | kg NMVOC eq./kg |
| ADPE Abiotic depletion potential for non fossil resources | 7,19·10-7 | kg Sb eq./kg |
| ADPF Abiotic depletion potential for fossil resources | 1,42 | MJ/kg |
| WDP Water (user) deprivation potential | 0,0393 | m³ world eq. deprived/kg |
| Indicators describing resource use | ||
| PERE Primary energy renewable - energy resources | 0,261 | MJ/kg |
| PERM Primary energy renewable - material | 2,41 | MJ/kg |
| PERT Primary energy renewable - total | 2,67 | MJ/kg |
| PENRE Primary energy non-renewable - energy resources | 1,35 | MJ/kg |
| PENRM Primary energy non-renewable - material | 0,0728 | MJ/kg |
| PENRT Primary energy non-renewable - total | 1,42 | MJ/kg |
| SM Use of secondary material | 0,0262 | kg/kg |
| RSF Use of renewable secondary fuels | 0,00 | MJ/kg |
| NRSF Use of non renewable secondary fuels | 0,00 | MJ/kg |
| Environmental information describing waste categories | ||
| HWD Hazardous waste disposed | 4,52·10-6 | kg/kg |
| NHWD Non hazardous waste dispose | 0,0381 | kg/kg |
| RWD Radioactive waste disposed | 9,35·10-6 | kg/kg |
| Environmental information describing output flows | ||
| CRU Components for re-use | 0,00 | kg/kg |
| MFR Materials for recycling | 0,00 | kg/kg |
| MER Materials for energy recovery | 0,00 | kg/kg |
| EEE Exported electrical energy | 0,00 | MJ/kg |
| EET Exported thermal energy | 0,00 | MJ/kg |
| Additional environmental impact indicators | ||
| PM Potential incidence of disease due to PM emissions | 5,34·10-9 | Disease incidence/kg |
| IRP Potential Human exposure efficiency relative to U235 | 0,0116 | kgBq U235 eq./kg |
| ETP-fw Potential Comparative Toxic Unit for ecosystems | 4,22 | CTUe/kg |
| HTP-c Potential Comparative Toxic Unit for humans - cancer effects | 2,81·10-10 | CTUh/kg |
| HTP-nc Potential Comparative Toxic Unit for humans - non-cancer effects | 3,84·10-9 | CTUh/kg |
| SQP Potential Soil quality index | 6,30 | 1/kg |
| Environmental Product Declaration (EPD) - ecoinvent A2 (Austrian-compliant): | valid until June 13, 2028 | ||
| A1-A3 Product stage indicator |
Wert | Unit |
| Core environmental impact indicators | ||
| GWP-fossil Global warming potential - fossil | 0,318 | kg CO2 Äq./kg |
| GWP-biogenic Global warming potential - biogenic | -0,852 | kg CO2 Äq./kg |
| GWP-luluc Global warming potential - land use and land use change | 0,000632 | kg CO2 eq./kg |
| GWP-total Global warming potential - total | -0,533 | kg CO2 eq./kg |
| ODP Depletion potential of the stratospheric ozone layer | 8,20·10-9 | kg CFC-11 eq./kg |
| AP Acidifcation potential - Accumulated Exceedance | 0,000682 | mol H+ eq./kg |
| EP-freshwater Eutrophication potential - freshwater | 4,01·10-5 | kg P eq./kg |
| EP-marine Eutrophication potential - marine | 0,000246 | kg N eq./kg |
| EP-terrestrial Eutrophication potential - terrestrial | 0,00272 | mol N eq./kg |
| POCP Photochemical Ozone Creation Potential | 0,000758 | kg NMVOC eq./kg |
| ADPE Abiotic depletion potential for non fossil resources | 8,15·10-7 | kg Sb eq./kg |
| ADPF Abiotic depletion potential for fossil resources | 3,32 | MJ/kg |
| WDP Water (user) deprivation potential | 0,0413 | m³ world eq. deprived/kg |
| Indicators describing resource use | ||
| PERE Primary energy renewable - energy resources | 0,412 | MJ/kg |
| PERM Primary energy renewable - material | 8,83 | MJ/kg |
| PERT Primary energy renewable - total | 9,24 | MJ/kg |
| PENRE Primary energy non-renewable - energy resources | 3,32 | MJ/kg |
| PENRM Primary energy non-renewable - material | 0,267 | MJ/kg |
| PENRT Primary energy non-renewable - total | 3,58 | MJ/kg |
| SM Use of secondary material | 0,0961 | kg/kg |
| RSF Use of renewable secondary fuels | 0,00 | MJ/kg |
| NRSF Use of non renewable secondary fuels | 0,00 | MJ/kg |
| FW Use of net fresh water | 0,00132 | m³/kg |
| Environmental information describing waste categories | ||
| HWD Hazardous waste disposed | 1,92·10-8 | kg/kg |
| NHWD Non hazardous waste dispose | 0,00115 | kg/kg |
| RWD Radioactive waste disposed | 6,30·10-5 | kg/kg |
| Environmental information describing output flows | ||
| CRU Components for re-use | 0,00 | kg/kg |
| MFR Materials for recycling | 0,00 | kg/kg |
| MER Materials for energy recovery | 0,00 | kg/kg |
| EEE Exported electrical energy | 0,00 | MJ/kg |
| EET Exported thermal energy | 0,00 | MJ/kg |
| Additional environmental impact indicators | ||
| PM Potential incidence of disease due to PM emissions | 5,80·10-9 | Disease incidence/kg |
| IRP Potential Human exposure efficiency relative to U235 | 0,0108 | kgBq U235 eq./kg |
| ETP-fw Potential Comparative Toxic Unit for ecosystems | 2,11 | CTUe/kg |
| HTP-c Potential Comparative Toxic Unit for humans - cancer effects | 6,50·10-11 | CTUh/kg |
| HTP-nc Potential Comparative Toxic Unit for humans - non-cancer effects | 3,34·10-9 | CTUh/kg |
| SQP Potential Soil quality index | 26,9 | 1/kg |
| Environmental Product Declaration (EPD) - MLC sphera A2: | valid until June 13, 2028 | ||
 certificate valid until June 30, 2030 Certificate no.: 1104-1711-097-1 Status: zertifiziert Issuance Guidelines: 1104 |
| declared since: | Oct 11, 2017 | ||
| Amended: | June 3, 2024 | ||
| baubook product index: | 3538 bz | ||
| λequal equivalent thermal conductivity: | 0,085 | W/(m·K) |
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