Building material parameters SIA

Material group (according to SIA)

Average bulk density ρ

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Heat conductivity λ

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Heat capacity

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Water vapour diffusion resistance

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Dimensions

Exakter Bereich

Mortar

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Page 3 of 85. There were 1700 matching products found.
Sia-№ Material group (according to SIA) Mittlere Rohdichte ρ Thickness [mm] Valid until
Product description Thermal conductivity Thermal conductivity (dry) Mortar
Manufacturer Heat capacity Vapour barrier value (dry) Vapour barrier value (damp)

8.01

 Metalle 2800 kg/m3 – –

Aluminiumlegierungen 160 W/mK 160 W/mK –
– 0.244 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.02

 Metalle 8700 kg/m3 – –

Bronze 65 W/mK 65 W/mK –
– 0.106 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.03

 Metalle 8400 kg/m3 – –

Messing 120 W/mK 120 W/mK –
– 0.106 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.04

 Metalle 8900 kg/m3 – –

Kupfer 380 W/mK 380 W/mK –
– 0.106 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.05

 Metalle 7500 kg/m3 – –

Gusseisen 50 W/mK 50 W/mK –
– 0.125 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.06

 Metalle 11300 kg/m3 – –

Blei 35 W/mK 35 W/mK –
– 0.036 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.07

 Metalle 7800 kg/m3 – –

Stahl 50 W/mK 50 W/mK –
– 0.125 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.08

 Metalle 7900 kg/m3 – –

Nichtrostender Stahl, austenitisch oder austenitisch-ferritisch 17 W/mK 17 W/mK –
– 0.139 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.09

 Metalle 7900 kg/m3 – –

Nichtrostender Stahl, ferritisch oder martensitisch 30 W/mK 30 W/mK –
– 0.128 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

8.1

 Metalle 7200 kg/m3 – –

Zink 110 W/mK 110 W/mK –
– 0.106 Wh / kgK 0 0
Detail EN ISO 10456 (2007)

9.01

 Massive Kunststoffe 1050 kg/m3 – –

Acrylkunststoffe 0.2 W/mK 0.2 W/mK –
– 0.417 Wh / kgK 10000 10000
Detail EN ISO 10456 (2007)

9.02

 Massive Kunststoffe 1200 kg/m3 – –

Polycarbonate 0.2 W/mK 0.2 W/mK –
– 0.333 Wh / kgK 5000 5000
Detail EN ISO 10456 (2007)

9.03

 Massive Kunststoffe 2200 kg/m3 – –

Polytetrafluorethylenkunststoffe (PTFE) 0.25 W/mK 0.25 W/mK –
– 0.278 Wh / kgK 10000 10000
Detail EN ISO 10456 (2007)

9.04

 Massive Kunststoffe 1390 kg/m3 – –

Polyvinylchlorid (PVC) 0.17 W/mK 0.17 W/mK –
– 0.25 Wh / kgK 50000 50000
Detail EN ISO 10456 (2007)

9.05

 Massive Kunststoffe 1180 kg/m3 – –

Polymethylmethakrylat (PMMA) 0.18 W/mK 0.18 W/mK –
– 0.417 Wh / kgK 50000 50000
Detail EN ISO 10456 (2007)

9.06

 Massive Kunststoffe 1410 kg/m3 – –

Polyacetatkunststoffe 0.3 W/mK 0.3 W/mK –
– 0.389 Wh / kgK 100000 100000
Detail EN ISO 10456 (2007)

9.07

 Massive Kunststoffe 1150 kg/m3 – –

Polyamid (Nylon ) 0.25 W/mK 0.25 W/mK –
– 0.444 Wh / kgK 50000 50000
Detail EN ISO 10456 (2007)

9.08

 Massive Kunststoffe 1450 kg/m3 – –

Polyamid 6.6 mit 25% Glasfasern 0.3 W/mK 0.3 W/mK –
– 0.444 Wh / kgK 50000 50000
Detail EN ISO 10456 (2007)

9.09

 Massive Kunststoffe 980 kg/m3 – –

Polyethylen; hohe Rohdichte 0.5 W/mK 0.5 W/mK –
– 0.5 Wh / kgK 100000 100000
Detail EN ISO 10456 (2007)

9.1

 Massive Kunststoffe 920 kg/m3 – –

Polyethylen; niedrige Rohdichte 0.33 W/mK 0.33 W/mK –
– 0.611 Wh / kgK 100000 100000
Detail EN ISO 10456 (2007)