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1 Page 1 of 11 Customer: Ashton Industrial Sales Ltd. South Road, Harlow Essex CM20 2AR UNITED KINGDOM Project/Customer: Profilex HM spacer Content: U f simulation of profiles in accordance to EN ISO U g calculation of insulating glass in accordance to EN 673 Ψ g simulation of IG edge spacer bars in accordance to EN ISO Object: Window frame sections in accordance to ift guidline WA-08/1: Insulating glass units in accordance to ift guidline WA-08/1: Profilex HM spacer bar in accordance to customer declarations Drawing (Source: Customer): 15.5 and 11.5 mm spacer bar cross section Normative references: EN ISO : , Thermal performance of windows, doors and shutters - Calculation of thermal transmittance - Part 2: Numerical method for frames EN ISO 10211: , Thermal bridges in building construction Heat flows and surface temperatures EN 673: , Glass in building Determination of thermal transmittance (U value) Calculation method ift guideline WA-08/1: , Thermally improved spacers, Part 1 Determination of representative Ψ values for profile sections of windows EN ISO 6946: , Building components and building elements Thermal resistance and thermal transmittance Calculation method

2 Page 2 of 11 Materials: Boundary conditions R s (m²k/w) θ ( C) / WA-08/1 conform external air 0,040 0,0 X internal air (standard) 0,13 20,0 X internal air (reduced radiation and convection) 0,200 20,0 X unventilated cavity acc. to EN ISO X unventilated cavity <= 2 mm acc. to EN ISO X slightly ventilated cavity acc. to EN ISO X calibrating panel 0,035 X adiabat X Materials λ (W/mK) / WA-08/1 conform soft wood R d 500 kg/m³ 0,13 X aluminium coated 160,0 X PVC hard 0,17 X steel 50 X EPDM gasket 0,25 X silicone 0,35 X insulation foam 0,035 X polyamide % GF 0,30 X float glass 1,0 X gas in IG cavity acc. to EN ISO 673 X desiccant in spacer 0,13 X hot melt butyl (primary sealing) 0,24 X polysulphide (secondary sealing, 3 mm) 0,40 X hot melt butyl (secondary sealing, 3 mm) 0,24 X Profilex spacer PVC compound **0,17 - Profilex spacer barrier foil **0,33 - For thermal simulations designed values of thermal conductivity must be used. The tabulated values are designed values unless there are marked as different. Values marked with ** are designed values taken from customers declaration. Certificates are available from the customer. Assumptions/Advices: Cavities have been treated anisotropic. Isothermal lines: 0 C to 20 C in 1 C steps Red: 13 C isotherm (mould critical temperature at 20 C, 50%) Blue: 10 C isotherm (condensation critical temperature 20 C, 50%)

3 Page 3 of 11 Results data sheet in accordance to ift guideline WA-08/1: Detailed simulation models see following pages. Materials and boundary conditions see page 2 Data sheet Psi value for windows in accordance to ift guideline WA-08/1 Thermally improved spacers Part 1: Determination of the representative psi values for window frame profiles Ashton Industrial Sales Ltd. South Road, Harlow Essex CM20 2AR UNITED KINGDOM Product name Spacer height in mm Material Thermal conductivity in W/mK Thickness d in mm Crosssection 7.0 PVC compound with barrier foil PVC 0.17 Foil 0.33 PVC 1.0 Foil Metal with thermal break U f 1,3 W/m²K Plastic U f 1,0 W/m²K Wood U f 1,0 W/m²K Wood / Metal U f 1,0 W/m²K Representative frame profil Representative psi value double glazing W/mK Double Insulating Glass (0.039)* (0.033)* (0.033)* (0.035)* Representative psi value triple glazing W/mK Triple Insulating Glass (0.034)* (0.032)* (0.031)* (0.033)* * values in brackets are valid for secondary sealant of polysulphide 3 mm, values without brackets are valid for secondary sealant of hot melt 3 mm All Ψ g values are only valid for insulating glass with 4 mm glass panes internal and external and for frame sections with U f values equal or higher than shown in the table.

4 Page 4 of 11 Aluminium profile / double glazing / Profilex with 3 mm hot melt sealant: U f = 1,6 W/m²K Ψ g = 0,033 W/mK Aluminium profile / double glazing / Profilex with 3 mm polysulphide sealant: U f = 1,6 W/m²K Ψ g = 0,039 W/mK

5 Page 5 of 11 Aluminium profile / triple glazing / Profilex with 3 mm hot melt sealant: U f = 1,6 W/m²K Ψ g = 0,028 W/mK Aluminium profile / triple glazing / Profilex with 3 mm polysulphide sealant: U f = 1,6 W/m²K Ψ g = 0,034 W/mK

6 Page 6 of 11 Wood-aluminium profile / double glazing / Profilex with 3 mm hot melt sealant: Ψ g = 0,031 W/mK Wood-aluminium profile / double glazing / Profilex with 3 mm polysulphide sealant: Ψ g = 0,035 W/mK

7 Page 7 of 11 Wood-aluminium profile / triple glazing / Profilex with 3 mm hot melt sealant: Ψ g = 0,028 W/mK Wood-aluminium profile / triple glazing / Profilex with 3 mm polysulphide sealant: Ψ g = 0,033 W/mK

8 Page 8 of 11 Wood profile / double glazing / Profilex with 3 mm hot melt sealant: Ψ g = 0,029 W/mK Wood profile / double glazing / Profilex with 3 mm polysulphide sealant: Ψ g = 0,033 W/mK

9 Page 9 of 11 Wood profile / triple glazing / Profilex with 3 mm hot melt sealant: U f = 1,3 W/m²K Ψ g = 0,027 W/mK Wood profile / triple glazing / Profilex with 3 mm polysulphide sealant: U f = 1,3 W/m²K Ψ g = 0,031 W/mK

10 Page 10 of 11 PVC profile / double glazing / Profilex with 3 mm hot melt sealant: U f = 1,2 W/m²K Ψ g = 0,030 W/mK PVC profile / double glazing / Profilex with 3 mm polysulphide sealant: U f = 1,2 W/m²K Ψ g = 0,033 W/mK

11 Page 11 of 11 PVC profile / triple glazing / Profilex with 3 mm hot melt sealant: U f = 1,2 W/m²K Ψ g = 0,029 W/mK PVC profile / triple glazing / Profilex with 3 mm polysulphide sealant: U f = 1,2 W/m²K Ψ g = 0,032 W/mK BAUWERK Building physics consultancy Rosenheim, 22 May 2012 Dipl.-Ing. (FH) Roland Steinert

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