AU Hebel PowerPanel XL External Wall d=186 mm R=2,84 m²K/W

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AU Hebel PowerPanel XL External Wall d=186 mm R=2,84 m²K/W

Hebel PowerPanel XL for external walls of houses and low rise multi residential Benefits: - delivers quality solid walls finished with a coating system - high thermal performance – PowerPanel XL has almost 3 times more resistance than a standard brick - fast to construct - one standard Hebel panel is the equivalent of 75 mm traditional bricks, which means an average sized home can go up as quickly as within 3 days when installed by experienced Hebel installers - good acoustic performance - patterns can be machined or routed into the panels to produce an individual, attractive finish - system meets or exceeds all six Bushfire Attack Level (BAL) categories.

Specification

Wall kit for non-load bearing exterior walls of houses or low rise multi residential made of Hebel PowerPanel XL d=75 mm
Construction - R = 2,84 m²W/K.
1 mm Dulux Acratex Acra Shield
1 mm Dulux Acra Tex Coventry Coarse Sand Finish
4 mm Dulux Acra Tex Render wall FR Float Finish
75 mm Hebel PowerPanel XL
24 mm Air gap
1 mm Single foil (Sarking)
70 mm Stud frame (wood) filled with mineral wool RC 2,0
10 mm Gypsum board
During the planning and construction phase all relevant standards and building codes have to be observed.
Technical characteristics of the Hebel PowerPanel XL:
Average service life density = 440 kg/m3 at 10% moisture content
Characteristic Compressive Strength of AAC: f ’m= 2.38 MPa
Average Compressive Strength of AAC = 2.8 MPa
Characteristic Modulus of Rupture: f ’ut = 0.40 MPa
Accoustic properties: Rw = 34dB, Rw+Ctr = 30dB
Thermal properties: R-value = 0,60 m²W/K
Fire hazard indices:
Ignitability Index 0
Spread of Flame Index 0
Heat Development Index 0
Smoke Development Index 0-1
The present tool supports you in planning of Hebel wall panels, 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.