The Ytong Thermoblock 08 is suitable for all bearing and reinforcing walls. The low dimensional tolerance and the tongue and groove profiling enable rapid processing in the thin-bed method with a joint thickness of 1 mm. The result is a high-quality and homogeneous masonry with excellent thermal insulation. Due to the low weight, aerated concrete blocks are also suitable for internal walls to be retrofitted as well as for reconstruction and renovation measures.
The ecological and non-combustible material also makes the construction materials extremely safe and allows their safe use.
Advantages:
- Thermal conductivity from λ = 0.08 W/(mK)
- Homogeneous, monolithic - without additional insulation
- Provides healthy, balanced room climate
- Very high fire protection level: EI90 from 7.5 cm
- Economical and stable in value
- Ergonomic processing
规格
Construction - U = 0,17 W/(m²K):
- 10 mm Multipor lightweight mortar as internal plastering - GTIN: 4054649000590
- 425 mm Ytong Thermobloc 08 - GTIN: 4054640031784
- 20 mm insulation render (e.g. Hagatherm insulation render)
- 15 mm reinforced leveling mortar (e.g. Haga leveling render)
- 3 mm facing render (e.g. Hagasit Bio finishing)
The planning and execution of the masonry must take account of the cantonal building regulations and building laws (for example MuKEn), the corresponding standards of the SIA, as well as statutory and private law requirements (the law of obligations).
Technical characteristics of the Ytong masonry:
Dry bulk density: ρ = 325 kg/m³
Characteristic masonry compressive strength: fxk = 1.80 N/mm²
Design value of masonry compressive strength: fxd = 0.90 N/ mm²
Characteristic masonry bending tensile strength ffxk = 0.15 N/mm²
Characteristic shear modulus of the masonry: Gk = 0.72 kN/mm²
Design value of the modulus of elasticity: Exd = 0.90 kN/mm²
Calculated thermal conductivity λ = 0.08 W/(mK)
Heat storage capacity c = 1000 J/kg K
Weighted sound reduction index (masonry unplastered) Rw = 50 dB
Fire resistance class REI-M 180
The present tool supports you in the planning of masonry made of Ytong Thermoblocks, 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 be conform to local regulations. The use of the object must therefore be verified independently.