Catalog Flat roof / shed roof

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Page 1 of 7. There were 127 matching component found.
Lignum ID-№ Base structure Construction height Values of airborne sound insulation Values of footfall sound insulation
Graphic Paneling Weight
Origin of sound insulation values U-value

F0029

BRESTA Solid Timber System 170 mm 35 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 103 kg/m2 -1 dB
Calculation ≈ 0.485 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0030

BRESTA Solid Timber System 190 mm 35 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 113 kg/m2 -1 dB
Calculation ≈ 0.451 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0031

BRESTA Solid Timber System 210 mm 37 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 123 kg/m2 -1 dB
Calculation ≈ 0.422 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0032

BRESTA Solid Timber System 230 mm 37 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 132 kg/m2 -1 dB
Calculation ≈ 0.396 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0033

BRESTA Solid Timber System 250 mm 38 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 142 kg/m2 -1 dB
Calculation ≈ 0.374 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0034

BRESTA Solid Timber System 270 mm 39 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 152 kg/m2 -1 dB
Calculation ≈ 0.353 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0035

BRESTA Solid Timber System 290 mm 40 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 162 kg/m2 -1 dB
Calculation ≈ 0.335 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0036

BRESTA Solid Timber System 310 mm 40 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 172 kg/m2 -1 dB
Calculation ≈ 0.319 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0037

BRESTA Solid Timber System 330 mm 41 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Bond: no composite action
Support: Bresta Solid timber panel

Without insulation 181 kg/m2 -1 dB
Calculation ≈ 0.304 W/m2K -3 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0038

BRESTA Solid Timber System 547 mm 40 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Covering upside 1st layer: Schalung Nadelholz profiliert N+F
Battens / profiles: Air
Under the roof: Roofing underlay
Exterior insulation layer 2: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Exterior insulation layer 1: Cellulose: Loose; not monitored
Separating layer / temporary roof: Vapor barrier bituminous
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 179 kg/m2 -1 dB
Calculation ≈ 0.17 W/m2K -7 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0039

BRESTA Solid Timber System 587 mm 41 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Covering upside 1st layer: Schalung Nadelholz profiliert N+F
Battens / profiles: Air
Under the roof: Roofing underlay
Exterior insulation layer 2: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Exterior insulation layer 1: Cellulose: Loose; not monitored
Separating layer / temporary roof: Vapor barrier bituminous
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 181 kg/m2 -1 dB
Calculation ≈ 0.15 W/m2K -7 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0040

BRESTA Solid Timber System 627 mm 42 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Covering upside 1st layer: Schalung Nadelholz profiliert N+F
Battens / profiles: Air
Under the roof: Roofing underlay
Exterior insulation layer 2: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Exterior insulation layer 1: Cellulose: Loose; not monitored
Separating layer / temporary roof: Vapor barrier bituminous
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 183 kg/m2 -1 dB
Calculation ≈ 0.134 W/m2K -7 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0041

BRESTA Solid Timber System 707 mm 42 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Covering upside 1st layer: Schalung Nadelholz profiliert N+F
Battens / profiles: Air
Under the roof: Roofing underlay
Exterior insulation layer 2: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Exterior insulation layer 1: Cellulose: Loose; not monitored
Separating layer / temporary roof: Vapor barrier bituminous
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 187 kg/m2 -1 dB
Calculation ≈ 0.11 W/m2K -7 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0042

BRESTA Solid Timber System 767 mm 43 dB
Use and protection layer 2: Blowing clay
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Covering upside 1st layer: Schalung Nadelholz profiliert N+F
Battens / profiles: Air
Under the roof: Roofing underlay
Exterior insulation layer 2: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Exterior insulation layer 1: Cellulose: Loose; not monitored
Separating layer / temporary roof: Vapor barrier bituminous
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 190 kg/m2 -1 dB
Calculation ≈ 0.097 W/m2K -7 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0043

BRESTA Solid Timber System 446 mm 45 dB
Use and protection layer 3: Solid timber b=80-150mm e=b+7mm
Use and protection layer 2: Wood lath b=40mm
Use and protection layer 1: Protective layer + Fire protection cover RF1
Seal: Bituminous geomembrane
Exterior insulation layer 1: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Separating layer / temporary roof: Vapor-permeable barrier
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 173 kg/m2 -2 dB
Calculation ≈ 0.174 W/m2K -6 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0044

BRESTA Solid Timber System 486 mm 45 dB
Use and protection layer 3: Solid timber b=80-150mm e=b+7mm
Use and protection layer 2: Wood lath b=40mm
Use and protection layer 1: Protective layer + Fire protection cover RF1
Seal: Bituminous geomembrane
Exterior insulation layer 1: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Separating layer / temporary roof: Vapor-permeable barrier
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 177 kg/m2 -2 dB
Calculation ≈ 0.156 W/m2K -6 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0045

BRESTA Solid Timber System 506 mm 46 dB
Use and protection layer 3: Solid timber b=80-150mm e=b+7mm
Use and protection layer 2: Wood lath b=40mm
Use and protection layer 1: Protective layer + Fire protection cover RF1
Seal: Bituminous geomembrane
Exterior insulation layer 1: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Separating layer / temporary roof: Vapor-permeable barrier
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 180 kg/m2 -2 dB
Calculation ≈ 0.148 W/m2K -6 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0046

BRESTA Solid Timber System 586 mm 46 dB
Use and protection layer 3: Solid timber b=80-150mm e=b+7mm
Use and protection layer 2: Wood lath b=40mm
Use and protection layer 1: Protective layer + Fire protection cover RF1
Seal: Bituminous geomembrane
Exterior insulation layer 1: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Separating layer / temporary roof: Vapor-permeable barrier
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 188 kg/m2 -2 dB
Calculation ≈ 0.124 W/m2K -6 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0047

BRESTA Solid Timber System 646 mm 47 dB
Use and protection layer 3: Solid timber b=80-150mm e=b+7mm
Use and protection layer 2: Wood lath b=40mm
Use and protection layer 1: Protective layer + Fire protection cover RF1
Seal: Bituminous geomembrane
Exterior insulation layer 1: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Separating layer / temporary roof: Vapor-permeable barrier
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 195 kg/m2 -2 dB
Calculation ≈ 0.11 W/m2K -6 dB
Detail IFC4 LOD300 XLSX Test report PDF

F0048

BRESTA Solid Timber System 440 mm 63 dB
Use and protection layer 3: Garden plates
Use and protection layer 2: Gravel 8-16mm
Use and protection layer 1: Protective layer
Seal: Bituminous geomembrane
Exterior insulation layer 1: Thermal insulation material with compressive strength ≥50kPa according to EN 826
Separating layer / temporary roof: Vapor-permeable barrier
Bond: no composite action
Support: Bresta Solid timber panel

Insulation on supporting structure 286 kg/m2 -1 dB
Calculation ≈ 0.189 W/m2K -5 dB
Detail IFC4 LOD300 XLSX Test report PDF