AT Ytong ETIC wall - high end eco U=0,132 W/(m²K) d=507 mm

Wall kit for load-bearing high End eco ETIC walls, made of Ytong Thermoblock PV 2-0,35 units d=300 mm and 180 mm Multipor ETIC.

Construction - U=0,132 W/(m²K)

15 mm Internal plastering (e.g. lime-gypsum-cement plaster)
300 mm Ytong Ytong Thermoblock PV 2-0,35 GTIN: 4054640018105
5 mm Multipor lightweight plaster GTIN: 4054649000590
180 mm Multipor mineral insulation board GTIN: 4054644001080
5 mm Multipor reinforcement layer lightweight plaster with mesh (Multipor reinforcement fabric) GTIN: 4054649000590
2 mm Silicone-resin plaster

During planning and bulding the masonry shall be taken into account: ÖNORM EN 1996 including the national annexes, ÖNORM B 3209, ÖNORM B 3358-4 as well as statutory and private-law regulations.

Technical characteristics of the Ytong masonry:
Converted average unit compressive strength fB = 2.5 N/mm²
Characteristic masonry compressive strength fK = 1.63 N/mm²
Characteristic initial shear strength of masonry fvk0 = 0.30 N/mm²
Calculated dead load γ = 4.2 kN/m³
Calculated thermal conductivity λ = 0.09 W/(mK)
Heat storage capacity c = 1.0 MJ/kg
Weighted sound reduction index (masonry unplastered) Rw = 40.2 dB
Fire resistance class REI-M 90

Technical characteristics of the Multipor insulation board WAP:
Calculated thermal conductivity λ = 0.045 W/(mK)*
Compressive strength ≥ 300 kPa
Tensile strength ≥ 80 kPa
Shear strength ≥ 30 kPa/m²
Water absorption:
Short-term (24h) DIN EN 1609 Wp ≤ 2.0 kg/m²
Long Term (28d) DIN EN 12087 Wlp ≤ 3.0 kg/m²
Water vapor diffusion resistance factor μ = 3
Dry density 100 - 115 kg/m³
Fire behaviour class ÖNORM EN 13501-1 = A1

The present tool supports you in the planning of masonry made of Ytong Thermoblocks and applied thermal insulation with Multipor, but it does not replace the own technical examination by the user with respect to the intended use and suitability. The use of the tool and changes within the tool must therefore be verified independently. The object proposed by the system must conform to local regulations. The use of the object must therefore be verified independently.