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 9 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)

20.14

 Mauerwerk unverputzt 1800 kg/m3 – –

Kalksandstein 1800 kg/m3 1 W/mK 1 W/mK –
– 0.278 Wh / kgK 25 10
Detail SN EN 1745 (2020) SN EN 12524 (2000) [archived].

20.15

 Mauerwerk unverputzt 2000 kg/m3 – –

Kalksandstein 2000 kg/m3 1.1 W/mK 1.1 W/mK –
– 0.278 Wh / kgK 25 10
Detail SN EN 1745 (2020) SN EN 12524 (2000) [archived].

20.16

 Mauerwerk unverputzt 2000 kg/m3 – –

Zementstein 1.1 W/mK 1.1 W/mK –
– 0.278 Wh / kgK 15 10
Detail SN EN 1745 (2020) SN EN 12524 (2000) [archived].

20.17

 Mauerwerk unverputzt 1200 kg/m3 – –

Zementblockstein 0.7 W/mK 0.7 W/mK –
– 0.278 Wh / kgK 15 10
Detail SN EN 1745 (2020) SN EN 12524 (2000) [archived].

20.18

 Mauerwerk unverputzt 300 kg/m3 – –

Porenbetonstein 300 kg/m3 0.1 W/mK 0.1 W/mK –
– 0.278 Wh / kgK 10 5
Detail SN EN 1745 (2020) SN EN 12524 (2000) [archived].

20.19

 Mauerwerk unverputzt 400 kg/m3 – –

Porenbetonstein 400 kg/m3 0.13 W/mK 0.13 W/mK –
– 0.278 Wh / kgK 10 5
Detail SN EN 1745 (2020) SN EN 12524 (2000) [archived].

20.2

 Mauerwerk unverputzt 500 kg/m3 – –

Porenbetonstein 500 kg/m3 0.16 W/mK 0.16 W/mK –
– 0.278 Wh / kgK 10 5
Detail SN EN 1745 (2020) SN EN 12524 (2000) [archived].

20.21

 Mauerwerk unverputzt 600 kg/m3 – –

Porenbetonstein 600 kg/m3 0.19 W/mK 0.19 W/mK –
– 0.278 Wh / kgK 10 5
Detail SN EN 1745 (2020) SN EN 12524 (2000) [archived].

21.01

 Luftschichten 1.23 kg/m3 – –

Wärmestrom horizontal, Dicke 5 mm 0.045 W/mK 0.045 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.02

 Luftschichten 1.23 kg/m3 – –

Wärmestrom horizontal, Dicke 7 mm 0.054 W/mK 0.054 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.03

 Luftschichten 1.23 kg/m3 – –

Wärmestrom horizontal, Dicke 10 mm 0.067 W/mK 0.067 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.04

 Luftschichten 1.23 kg/m3 – –

Wärmestrom horizontal, Dicke 15 mm 0.088 W/mK 0.088 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.05

 Luftschichten 1.23 kg/m3 – –

Wärmestrom horizontal, Dicke 25 mm 0.139 W/mK 0.139 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.06

 Luftschichten 1.23 kg/m3 – –

Wärmestrom horizontal, Dicke 50 mm 0.278 W/mK 0.278 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.07

 Luftschichten 1.23 kg/m3 – –

Wärmestrom horizontal, Dicke 100 mm 0.556 W/mK 0.556 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.08

 Luftschichten 1.23 kg/m3 – –

Wärmestrom horizontal, Dicke 300 mm 1.667 W/mK 1.667 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.09

 Luftschichten 1.23 kg/m3 – –

Wärmestrom aufwärts, Dicke 5 mm 0.045 W/mK 0.045 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.1

 Luftschichten 1.23 kg/m3 – –

Wärmestrom aufwärts, Dicke 7 mm 0.054 W/mK 0.054 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.11

 Luftschichten 1.23 kg/m3 – –

Wärmestrom aufwärts, Dicke 10 mm 0.067 W/mK 0.067 W/mK –
– 0.28 Wh / kgK 1 1
Detail

21.12

 Luftschichten 1.23 kg/m3 – –

Wärmestrom aufwärts, Dicke 15 mm 0.094 W/mK 0.094 W/mK –
– 0.28 Wh / kgK 1 1
Detail