Blind Solutions. Sunlux Thermoslat TM Low e Range SUNLUX LOW EMISSION THERMOSLAT TM VENETIAN BLIND. Distributed exclusively by

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1 TM

2 Sunlux Thermoslat TM Low e Range SUNLUX LOW EMISSION THERMOSLAT TM VENETIAN BLIND COLOUR REFLECTION (%) Rsol Rvis TRANSMISSION (%) Tsol Tvis g-value glazing C Fc EN Thermoslat back side of Thermoslat back side of Thermoslat back side of Thermoslat back side of Thermoslat back side of 7010

3 Sunlux Thermoslat TM Low e Range SUNLUX LOW EMISSION THERMOSLAT TM VENETIAN BLIND mm / 35mm mm / 35mm mm mm mm

4 Sunlux IR painted Low e Range SUNLUX LOW EMISSION IR PAINTED SLAT VENETIAN BLIND COLOUR REFLECTION (%) Rsol Rvis TRANSMISSION (%) Tsol Tvis g-value glazing C Fc EN IR Slat IR Slat IR Slat IR Slat IR Slat IR Slat IR Slat IR Slat IR (7136)

5 Sunlux IR painted Low e Range SUNLUX LOW EMISSION IR PAINTED SLAT VENETIAN BLIND mm mm mm / 50mm mm / 25mm / 35mm / 50mm / 70mm mm

6 Sunlux IR painted Low e Range SUNLUX LOW EMISSION IR PAINTED SLAT VENETIAN BLIND mm mm mm / 25mm / 35mm / 50mm / 70mm mm / 25mm / 35mm / 50mm / 70mm

7 Working of a SUNLUX SUNSCREEN

8 Working of a Sunlux Sunscreen Sunscreen = protection against sunrays Sunscreen means protection against the sunrays, so the function is the protection against light and heat, which is expressed in several properties. Rs As Ts e,n-dif e,n-n Solar reflectance Solar absorptance Solar transmittance Diffuse solar transmittance Normal solar transmittance influence on thermal and visual comfort Class 0 very little effect Class 1 little effect Classes indicate effect of a sunscreen Based on certain properties, the screen can be split up in classes, from 0 to 4. Class 2 Class 3 Class 4 moderate effect good effect very good effect Those classes are used, starting from the norm EN 14501, to indicate the effect of a certain sunscreen.

9 Sunlux Visual Properties OPENNESS FACTOR The openness of a screen is indicated by the openness factor = OF. The openness coefficient is the relative area of the openings in the fabric seen under a given incidence. The openness factor is seen under a normal incidence. LIGHT TRANSMITTANCE The sunrays are subdivided in: Visible light, UV-light and IR-light. Visible light (55% of the sun-energy) is that part for which our eyes are most sensitive. The larger the light intensity, the more detrimental for our eyes. The factor Visible Light Transmittance = Tv, is the ratio of visible light that will be transmitted. The lower this factor can be kept, the better for the eyes. UV-light ( of the sun-energy) is the part of radiation which is detrimental for our health. This factor is indicated by the UV Transmittance = Tuv. This is the quantity UV-light transmitted by the sunscreen. INFLUENCE OF COLOURS The choice of the colour has direct influence on the criteria which justify the use of sunscreen protection: Protection against visible light, expressed by the factor Tv. Protection against sun-energy, expressed by the G value. Protection against secondary heat, expressed by the factor Qi. Protection against UV-light, expressed by the factor Tuv. IR-light is invisible. This is however 42% of the sun-energy. These rays care for the reheating of solid substances and gases.

10 Sunlux Visual Properties: CLASSES GLARE CONTROL The capacity of the solar protection device to control the luminance level of openings and to reduce the luminance contrasts between different zones within the field. v,n-n v,n-dif < 2 v,n-dif 2 v,n-dif < 4 4 v,n-dif < 8 v,n-dif v,n-n > 0, < v,n-n 0, v,n-n v,n-n = PRIVACY AT NIGHT Night privacy is the capacity of an internal or external blind or a shutter in the fully extended position or fully extended and closed position to protect persons, at night in normal light conditions from external view. External views means the ability of an external observer located 5m from the fully extended and closed product, to distinguish a person or object standing 1m behind the protection device in the room. v,n-n 0 < v,n-dif 4 v,n-dif 4 < v,n-dif 0,15 v,n-dif > 0,15 v,n-n > 0, < v,n-n 0, v,n-n v,n-n = VISUAL CONTACT WITH THE OUTSIDE Visual contact with the outside is the capacity of the solar protection device to allow an exterior view when it is fully extended. This function is affected by different light conditions during the day. v,n-n v,n-dif 0 < v,n-dif 4 4 < v,n-dif 0,15 v,n-dif > 0,15 v,n-n > 0, < v,n-n 0, v,n-n v,n-n = DAYLIGHT UTILISATION Daylight utilisation is characterised by: the capacity of the solar protection device to reduce the time period during the artifi cial light is required. the capacity of the solar protection device to optimise the daylight which is available. CLASS v,dif-h v,dif-h < 2 2 v,dif-h < 0,10 0,10 v,dif-h < 0, ,25 v,dif-h < 0,40 v,dif-h 0,40

11 Thermal Comfort FABRIC Energy radiated by the sun will be split up in 3 factors: Factor 1 Factor 2 Factor 3 As = Solar absorptance is the ratio of the absorbed flux to the incident flux. Rs = Solar reflectance is the fraction of the incident solar radiation that is directly reflected by the component. Ts = Solar transmittance is the sum of the (normal) direct solar transmittance and the diffuse solar transmittance. This is the fraction of the total transmitted energy to the total incident solar radiation. These 3 factors together are always 10 Rs As EXTERIOR SUNSCREEN e Qi G INTERIOR SUNSCREEN Solar reflectance Solar absorptance Direct solar transmittance Secondary heat transfer factor G-factor = total solar energy transmittance EXTERIOR SUNSCREEN INTERIOR SUNSCREEN THE G-FACTOR Sunscreens are always used in combination with a glazing. These together will prevent a large quantity of energy, sent by the sun to the earth, which is indicated by the: Total Solar Energy Transmittance, or G-factor. The G value is the ratio between the total solar energy transmitted into a room through a window and the incident solar energy on the window. The Gtot is the solar factor of the combination of glazing and solar protection device. The Gv is the solar factor of the glazing alone. The shading coefficient is defined as the ratio of the solar factor of the combined glazing and solar protection device Gtot to that of the glazing alone Gv. The total solar energy transmitted through a window consists of two parts: 1) Radiation: measured by the solar transmittance: e,tot 2) Heat: measured by the secondary heat transfer: Qi G = e,tot + Qi The factor e,tot, is the quantity of energy, which will pass the combination solar protection device and window. The factor Qi is the quantity of heat which is released by the absorption of energy in the sunscreen protection system = combination sunscreen + glazing. The G-factor is the most important factor to explain the efficiency of a combination sunscreen + glazing, as protection against the energy of the sun. The G-factor divided into his components explains the difference in efficiency between exterior and interior sunscreen. The direct solar transmittance e,tot is the same for interior and exterior use of sunscreens. The secondary heat factor Qi for interior sunscreen is bigger then for exterior sunscreen. For interior use, the heat, produced by the absorption of energy, will be transmitted to the room inside. By exterior use, the heat will be transmitted to the outside, without any inconvenience at the inside. Also the colour of the sunscreen has an infl uence on the G-factor. Dark colours will absorb a lot of sun energy and will transmit this to heat. If the screen is used for exterior, heat will have no infl uence inside the room, contrary to a screen used for interior. This is why a darker screen is ideal for exterior use and a lighter screen for interior use.

12 Thermal Comfort: CLASSES TOTAL SOLAR ENERGY TRANSMITTANCE = G-FACTOR CLASS Gtot Gtot 0,50 0,35 Gtot < 0,50 0,15 Gtot < 0, ,10 Gtot < 0,15 Gtot < 0,10 SECONDARY HEAT TRANSFER = QI CLASS Qi Qi 0,30 0,20 Qi < 0,30 0,10 Qi < 0, Qi < 0,10 Qi < 3 NORMAL SOLAR TRANSMITTANCE = PROTECTION AGAINST DIRECT TRANSMISSION The ability of a solar protection device to protect persons and surroundings from direct irradiation is measured by the direct/direct solar transmittance of the device in combination with the glazing. e,n-n is used as measure for this property. CLASS e,n-n e,n-n 0,20 0,15 e,n-n < 0,20 0,10 e,n-n < 0, e,n-n < 0,10 e,n-n < 5

13 Introducing SUNLUX SEA-TEX TM Recycling the present to save the future SUNLUX SEA-TEX TM

14 Sunlux Sea-Tex TM Roller Shade Fabrics Produced From Recovered Shoreline Plastic Facing Ocean Plastic A massive amount of plastic trash ends up in our oceans every year. The ocean currents have formed five gigantic, slow moving whirlpools where the plastic collects.

15 Sunlux Sea-Tex TM Marine Debris Timeline of Biodegradation WAXED MILK CARTON FOAMED PLASTIC CUP PET BOTTLE FISHING NET 3 MONTHS 50 YEARS 450 YEARS 600 YEARS

16 Sunlux Sea-Tex TM FABRIC PROPERTIES 2- OPENNESS FACTOR 250g/m 2 WEIGHT 0.45mm THICKNESS 300cm WIDTH FABRIC SPECIFICATION AND FENESTRATION PROPERTIES INTERNATIONAL FIRE RATING STANDARDS DIN 4102 EU EUROCLASS EN :2007 CLASSIFICATION : B-s1,d0 SOUND ABSORPTION ISO 354:2003 & ISO 11654:1997 ALPHA-W=0.30 SOUND ABSORPTION CLASS: D COLOUR RENDERING INDEX ISO EN 410 Antarctic White Pacific Sand Atlantic Stone Mediterranean Slate Caspian Black Ra = 97 Ra = 91 Ra = 92 Ra = 98 Ra = 96

17 Sunlux Sea-Tex TM COLOUR Openness Factor / OF Ultraviolet Light Transmittance / Tuv Transmittance / Tv Light Reflectance / Rv Solar Transmittance / Ts Solar Reflectance / Rs Solar Absorption / As Antarctic White 2-8% 31% 62% 31% 59% 1 Pacific Sand 2-5% 22% 5 26% 55% 19% Atlantic Stone 2-5% 1 34% 2 47% 3 Mediterranean Slate 2-5% 5% 9% 19% 31% 5 Caspian Black 2-7% 19% 45% 26% 52% 22% Antarctic White Pacific Sand Atlantic Stone Mediterranean Slate Caspian Black

18 Sunlux Sea-Tex TM

19 SUNLUX Carbon Earth & Titanium Metal 10 Recycled PET Bottles

20 Sunlux Carbon Earth & Titanium Metal COLOURS & REFERENCES SUNLUX CARBON EARTH 1% 240 cm 250 cm 320 cm white black SUNLUX CARBON EARTH 240 cm 250 cm 320 cm white mist royal blue slate plum slate basalt galena black SUNLUX CARBON EARTH 8% 240 cm 250 cm 320 cm white black SUNLUX TITANIUM METAL 1% 240 cm 250 cm 320 cm white black SUNLUX TITANIUM METAL 240 cm 250 cm 320 cm white mist royal blue slate plum slate basalt galena black SUNLUX TITANIUM METAL 8% 240 cm 250 cm 320 cm white black

21 Sunlux Carbon Earth & Titanium Metal TECHNICAL SPECIFICATIONS TECHNICAL SPECIFICATIONS UNITY STANDARD CARBON EARTH RESULT TITANIUM METAL composition 100 % recycled PET bottles 100 % recycled PET bottles openness factor % NBN EN 410 1% 8% 1% 8% weight g/m² NF EN thickness mm ISO ,52 0,53 0,586 0,522 0,464 0,531 Europe UNE-EN :2007 C-s3,d0 C-s3,d0 France NF P M1 M1 fire classification Italy UNI 9177 Class 1 Germany DIN 4102 UK BS 5867 C USA NFPA 701 FR roll length cleaning confection 30m with soapy water by heat, high frequency or ultrasonic welding

22 Sunlux Carbon Earth SOLAR ENERGETIC PROPERTIES SUNLUX CARBON EARTH European Standard EN Calculation G-value according to EN version 7.0 SOLAR ENERGETIC PROPERTIES FABRIC FABRIC + GLAZING INTERIOR G-factor = total solar energy transmittance VISUAL PROPERTIES references colours As = Solar Absorptance % Rs = Solar Reflectance % Ts = Solar Transmittance % Glazing A - Gv = 0,85 - U = 5,8 Glazing B - Gv = 0,76 - U = 2,9 Glazing C - Gv = 0,59 - U = 1,2 Glazing D - Gv = 0,32 - U = 1,1 Tv = Visible Light Transmittance % Tuv = UV Transmittance % white 5,4 60,4 34,2 0,41 0,41 0,38 0,26 33,1 35, mist 27,8 46,2 26 0,57 0,55 0,47 0,28 16,9 7, royal blue 51,8 29,8 18,4 0,56 0,55 0,47 0,28 4,4 4, slate 41,7 37,2 21,1 0,52 0,52 0,45 0,28 8,5 7, plum slate 50,5 31,9 17,6 0,55 0,54 0,47 0,28 4,4 4, basalt 49,9 32,2 17,9 0,55 0,54 0,47 0,28 4,6 4, galena 51,8 30,8 17,4 0,56 0,55 0,47 0,28 4,2 4, black 54 29,3 16,7 0,56 0,55 0,48 0,28 3,1 3,5 SUNLUX CARBON EARTH 1% white 5,9 62,6 31,5 0,39 0,39 0,37 0,25 30,2 28, black 55,7 28,3 16 0,57 0,56 0,48 0,28 1,7 1,9 SUNLUX CARBON EARTH 8% white 5,1 57,6 37,3 0,43 0,42 0,39 0, , black 52,3 27,1 20,6 0,58 0,57 0,48 0,29 6,6 7,1 GLAZING A = clear single glazing 4 mm Gv = 0,85 GLAZING B = clear double glazing (4/12/4), space fi lled with air Gv = 0,76 GLAZING C = double glazing (4/16/4), with a low emissivity coating in position 3, space fi lled with argon Gv = 0,59 GLAZING D = refl ective double glazing (4/16/4), with a low emissivity coating in position 2, space fi lled with argon Gv = 0,32 SUNLUX CARBON EARTH

23 Sunlux Carbon Earth 1% 1%

24 Sunlux Carbon Earth

25 Sunlux Carbon Earth 8% 8%

26 Sunlux Titanium Metal SOLAR ENERGETIC PROPERTIES SUNLUX TITANIUM METAL European Standard EN Calculation G-value according to EN version 7.0 SOLAR ENERGETIC PROPERTIES FABRIC FABRIC + GLAZING INTERIOR G-factor = total solar energy transmittance VISUAL PROPERTIES references colours As = Solar Absorptance % Rs = Solar Reflectance % Ts = Solar Transmittance % Glazing A - Gv = 0,85 - U = 5,8 Glazing B - Gv = 0,76 - U = 2,9 Glazing C - Gv = 0,59 - U = 1,2 Glazing D - Gv = 0,32 - U = 1,1 Tv = Visible Light Transmittance % Tuv = UV Transmittance % white front back mist front back royal blue front back slate front back plum slate front back basalt front back galena front back black front back SUNLUX TITANIUM METAL 1% white front back black front back SUNLUX TITANIUM METAL 8% white black front back front back 31,2 31,1 38,7 48,0 41,8 65,3 56,1 36,1 63,0 36,4 63,0 36, ,4 65,8 34,8 38,7 33,9 42,3 69,5 37,1 33,9 38, ,1 59,2 53,9 44,6 51,7 28,2 36,9 56,9 31,1 57,7 31,1 57,7 31,1 57,7 28,7 59,7 54,1 58,9 53,4 26,2 50,2 53,4 50,9 25,5 9,7 9,7 7,4 7,4 6,5 6,5 7,0 7,0 5,9 5,9 5,9 5,9 5,9 5,9 5,5 5,5 7,2 7,2 4,3 4,3 12,7 12,7 10,5 10,5 0,38 0,38 0,41 0,46 0,42 0,56 0,51 0,39 0,54 0,38 0,54 0,38 0,54 0,38 0,55 0,37 0,41 0,38 0,41 0,56 0,44 0,42 0,43 0,58 0,40 0,40 0,42 0,47 0,43 0,55 0,51 0,41 0,54 0,40 0,54 0,40 0,54 0,40 0,55 0,39 0,42 0,40 0,42 0,56 0,44 0,43 0,44 0,57 0,38 0,38 0,39 0,42 0,40 0,48 0,45 0,38 0,47 0,38 0,47 0,38 0,47 0,38 0,47 0,37 0,39 0,38 0,39 0,48 0,41 0,40 0,40 0,49 0,26 0,26 0,26 0,27 0,26 0,28 0,28 0,26 0,28 0,26 0,28 0,26 0,28 0,26 0,28 0,25 0,26 0,26 0,26 0,28 0,26 0,26 0,26 0,29 9,6 9,6 6,0 6,0 4,3 4,3 4,1 4,1 2,9 2,9 2,9 2,9 2,9 2,9 2,4 2,4 7,0 7,0 1,9 1,9 12,4 12,4 8,4 8,4 10,8 10,8 3,2 3,2 3,7 3,7 4,0 4,0 2,9 2,9 2,9 2,9 2,9 2,9 2,5 2,5 7,8 7,8 2,0 2, ,5 8,5 GLAZING A = clear single glazing 4 mm Gv = 0,85 GLAZING B = clear double glazing (4/12/4), space fi lled with air Gv = 0,76 GLAZING C = double glazing (4/16/4), with a low emissivity coating in position 3, space fi lled with argon Gv = 0,59 GLAZING D = refl ective double glazing (4/16/4), with a low emissivity coating in position 2, space fi lled with argon Gv = 0,32 SUNLUX TITANIUM METAL

27 Sunlux Titanium Metal Titanium Metal / Titanium Metal / Titanium Metal / Titanium Metal / TECHNICAL SPECIFICATION composition openness factor weight thickness density colour fastness to artificial light tear strength elongation up to break breaking strength tear strength tear strength tear strength fire classification roll length cleaning confection original original original after colour fastness to artificial light after climatic chamber -30 C after climatic chamber +70 C Europe France Italy Germany UK USA UNITY STANDARD RESULT % g/m² mm yarn/cm dan % dan/5cm dan dan dan warp weft warp weft warp weft warp weft warp weft warp weft warp weft 100 % recycled PET bottles NBN EN 410 NF EN ISO 5084 ISO 7211/2 ISO 105 B02 ISO method 2 ISO 1421 ISO 1421 ISO method 2 ISO method 2 ISO method 2 UNE-EN :2007 NF P UNI 9177 DIN 4102 BS 5867 NFPA m with soapy water by heat, high frequency or ultrasonic welding 215 0, >7 5,2 6, , ,8 4,9 5,0 6,2 5,2 6,7 C-s3, d0 M1

28 Sunlux Titanium Metal 1% 1%

29 Sunlux Titanium Metal

30 Sunlux Titanium Metal 8% 8%

31 Sunlux Chrome YARN Metalised backing to combine excellent glare control, view through and thermal comfort. TECHNICAL SPECIFICATIONS Titer Weighted composition Diameter Environment AVERAGE VALUES 95 tex Warp: Glass 36%, PVC 64% 0.28 mm STANDARD ISO 1889 (2009) ISO 3801 (1977) Oekotex standard 100 FABRIC TECHNICAL SPECIFICATIONS Type of fabric Weave pattern Widths Roll length (nominally) AVERAGE VALUES PVC-coated fibreglass fabric with aluminum back basket weave 2400 mm (tolerance -, +5%) 30 m STANDARD Thickness Mass Fire resistance Breaking strength Elongation at break Tear resistance Colourfastness Air porosity 0.50 mm 401 g/m2 FR warp 140 dan, weft 180 dan warp, weft 5.2% warp 5.6 dan, weft 6.4 dan 7-8 scale of blue 299 l/m²/sec ISO/DIS (1996) ISO 3801 (1977) NFPA 701 (2010) ISO (1999) ISO (1999) ISO 4674 part 1 method A (2003) ISO 105 B02 (1994) ISO/DIS 9237 (1995) THE QUALITY CHAIN GENERAL Specifications are purely indicative and may not be considered as binding. Colours may vary from the samples shown Cutting Welding Cleaning crush or ultrasonic; railroad or width out of roll width thermal, HF, ultrasonic, sewing vacuum cleaning or using a soft cloth SUNLUX CHROME

32 Sunlux Metal COLOUR Tv Rv Av Ts Rs As COMPOSITION FR THICKNESS WEIGHT /m² Quartz 11% 42% 47% 11% 4 46% 10 PLA 0,47 mm 175 gr OF gt Fc 0,46 0,66 LIGHT FASTNESS (DIN EN ISO 105 B02) Marble 9% 4 48% 1 46% 44% 10 PLA 0,47 mm 175 gr 0,45 0, Slate 8% 44% 47% 9% 46% 45% 10 PLA 0,47 mm 175 gr 0,45 0, Flint 8% 4 52% 9% 41% 5 10 PLA 0,47 mm 175 gr 0,47 0, Sandstone 9% 39% 52% PLA 0,47 mm 175 gr 0,47 0, Basalt 6% 37% 57% 7% 38% 55% 10 PLA 0,47 mm 175 gr 0,48 0, Granite 5% 38% 57% 6% 39% 55% 10 PLA 0,47 mm 175 gr 0,48 0, Nero 4% 42% 54% 4% 44% 52% 10 PLA 0,47 mm 175 gr 0,46 0,65 Fc and gt results are valid for the following presumptions in accordance with DIN EN : Double glass with thermal protective covering, thermal permeability degree U = 1,6 W/m² and total energy permeability degree g = 0,70 sun protective material inside, closed The data in this document are averages for information only and may not be considered as binding Tv = Visual Transmission Rv = Visual Reflection Av = Visual Absortion Ts = Solar Transmission Rs = Solar Reflection As = Solar Absortion OF = Openess Factor SUNLUX METAL

33 SUNLUX Metal & Eco-screen by

34 Sunlux Metal & Eco-screen by GLARE CONTROL FABRICS MADE FROM PLANTS Sunlux Fabrics Division developed a new generation of glare control fabrics that leave other materials trailing behind. Made from annually renewable materials instead of oil Sunlux Fabrics Division is the first sunscreen fabric in the world awarded Cradle to Cradle Certified TM Gold with a Platinum Material Health certificate. Sunlux Fabrics Division is made from PLA (PolyLactic Acid) named INGEOTM, which is a biopolymer. The production of this PLA biopolymer compared to conventional polyester polymer: requires 42,9% less energy causes 77, less CO2 emissions HOW IS IT MADE? Sunlux Fabrics Division is made by extracting sugars from plants grown annually. These sugars are converted into a revolutionary material, which is now being used to produce these ecologically advanced glare control fabrics. How is textile made from plants? CAN A NEW GLARE CONTROL FABRIC MAKE THE DIFFERENCE? At we think it can! We set ourselves the challenge of developing glare control fabrics of the highest quality that surpassed our current sustainability requirements.

35 Sunlux Metal & Eco-screen by Technical accuracy and market insight into the client s requirements and wishes led to the development of a new generation of glare control fabric, made from renewable raw materials. Sunlux Fabrics is not made from the standard polyesters used for conventional glare control fabrics but from Ingeo, an ingenious new material that is 10 extracted from annually renewable vegetable raw materials rather than from oil. Sunlux Fabrics meets the same performance standards as polyester fabrics. It is very stable and durable. Less fossil fuels are also used in the production of the raw materials and less greenhouse gases are produced in comparison with the traditional polymers used for synthetic fibres. WHAT IS THE DIFFERENCE? Did you know that replacing 25,000 square metres of glarecontrol fabric made from polyester with equivalent 170 GSM material made from Ingeo Fibre is equal to the following: FOSSIL FUEL SAVINGS EQUIVALENT TO:» burning 3,837 litres of petrol» burning 1,096 gallons of gasoline» monthly electricity consumption by 81 residents in Western Europe» monthly electricity consumption by 35 residents of the U.S.» monthly electricity consumption by 55 residents of Australia/New Zealand

36 Sunlux Metal & Eco-screen by CO2 SAVINGS EQUIVALENT TO:» covering 55,941 kilometres in a new car in Western Europe» covering 22,475 miles in a new car in the U.S.» covering 43,719 kilometres in a new car in Australia/New Zealand» the consumption of 2 cars not driving for one year in the U.S.» the storage of carbon by 2 hectares of pine or fir forest for a year» the consumption of 342 propane cylinders used for home barbecues» the growing of 210 tree seedlings for 10 years These reductions are estimates, and based on the cradle to pellet element of the life cycle. Ingeo s ecological profile and the available data on PET are applicable here. The calculations are based on all 170 grams per square metre PET being replaced by the same weight in Ingeo fibre and there being no changes to the ecological footprint associated with processing of the polymer to end product later in the production chain. SUNLUX METAL AND ECO-SCREEN Sunlux Fabrics is an innovation based on 10 annually renewable vegetable raw materials Sunlux Fabrics has outstanding light fastness Sunlux Fabrics glare control fabrics are certified by the STFI Sunlux Fabrics is durable and dimensionally stable Sunlux Fabrics meets the performance standards for polyester Sunlux Fabrics uses less fossil fuels from cradle to pellet Sunlux Fabrics causes less emissions of greenhouse gases during production* Sunlux Fabrics glare control fabrics contribute to carbon footprint reduction* In comparison with traditional polymers used for synthetic fibres

37 Sunlux Metal & Eco-screen by PLANTS 10 artificially renew raw nutrients RECYCLING Offers many End of life options SCIENCE Plant sugars conversed into ingro bicpolymer PRODUCTION ingro ENVIRONMENT Less fossil funds used for production CLIMATE Less greenhouse gas emissions INGEO BIOPOLYMER BEGINS WITH PLANTS PHOTOSYNTHESIS HOW NATURE MAKES SUGARS CONVERTING SUGAR INTO PLASTIC 1. Ingeo biopolymers are made from plants. Sunlux Fabrics bioplastic is composed of long chains of polylactic acid made of natural sugars. 2. Carbon dioxide is absorbed by the plant. Water is absorbed by the plant, through the roots. Sunlight is the energy source used by the plant to convert CO2 and water into sugar. Glucose (sugar) is used as an energy source by the plant, and stored in the form of starch. This starch is the raw material for Ingeo bioplastic. Oxygen is released during this process. 3. The first step is converting the starch from the plant into sugars. These sugars are converted into lactic acid through a fermentation process (also used to make wine and beer). This lactic acid is then linked into long chains called polylactic acid. The polylactic acid is the bioplastic (plastic made from biological raw materials or plants). Nature Works calls this bioplastic Ingeo.

38 Sunlux Metal & Eco-screen by INNOVATIONS WITH INGEO REVOLUTION OFFERS DIVERSE RECYCLING OPTIONS 4. The Ingeo bioplastic is converted into a fibre by our partners. This is then spun into a yarn that is used to weave the glare control fabrics Sunlux Fabrics and Eco-screen. Subsequent processes ensure that the blinds meet high quality standards. 5. After the use phase, the glare control fabrics can be mechanically recycled. In mechanical recycling the plastic is processed back into pellets that can be re-used for a new application. Sunlux Fabrics products can also be incinerated with energy recovery. This can be used to produce green electricity or steam, since the carbon in the material is from renewable raw materials. If Sunlux Fabrics ends up in a landfill site it will not break down, so the carbon will be stored in the landfill and a positive contribution will therefore be made to climate change. There is an End of Life Option to compost Ingeo, but this is still being investigated in the case of Sunlux Fabrics. The same is true of the chemical recycling route, through which the polymer is broken down into lactic acid again. End of life takeback service Sunlux Fabrics and offers the possibility to take back the Sunlux Fabrics and Sunlux Metal fabrics at the end of its life cycle. The fabrics will be mechanically recycled with the highest yield returns possible at a state-of-art recycling plant in Belgium. Of course you can always contact us with questions related to recycling.

39 Sunlux Thermo-Tech Metal COLOUR Tv Rv Av Ts Rs As COMPOSITION FR THICKNESS WEIGHT /m² Iron 12% 37% 51% 11% 38% 51% PES 0,49 mm 225 gr Magnesium 8% 39% PES 0,49 mm 225 gr Steel 8% 36% 56% 1 39% 51% PES 0,49 mm 225 gr Nickel 7% 37% 56% 9% 39% 52% PES 0,49 mm 225 gr Platinum 6% 36% 58% 9% 39% 52% PES 0,49 mm 225 gr Titanium 6% 36% 58% 8% 39% 5 PES 0,49 mm 225 gr Copper 5% 36% 59% 8% 39% 5 PES 0,49 mm 225 gr Nero 4% 35% 61% 7% 4 5 PES 0,49 mm 225 gr Uranium 12% 38% 5 12% 38% 5 PES 0,49 mm 225 gr Charcoal 38% 59% 6% 41% 5 PES 0,49 mm 225 gr OF gt Fc 0,48 0,47 0,48 0,48 0,48 0,48 0,48 0,47 0,48 0,47 0,69 0,68 0,69 0,68 0,68 0,68 0,68 0,68 0,69 0,67 LIGHT FASTNESS (DIN EN ISO 105 B02) Fc and gt results are valid for the following presumptions in accordance with DIN EN : Double glass with thermal protective covering, thermal permeability degree U = 1,6 W/m² and total energy permeability degree g = 0,70 sun protective material inside, closed The data in this document are averages for information only and may not be considered as binding Tv = Visual Transmission Rv = Visual Reflection Av = Visual Absortion Ts = Solar Transmission Rs = Solar Reflection As = Solar Absortion OF = Openess Factor SUNLUX THERMO-TECH METAL

40 Sunlux Thermo-Tech COLOUR Tv Rv Av Ts Rs As COMPOSITION FR THICKNESS WEIGHT /m² Snow 4 59% 1% 4 58% 2% PES 0,46 mm 210 gr Magnesium Steel Nickel Platinum Titanium Copper Nero Ivory Charcoal 2 14% 12% 9% 8% 5% 38% 4% 39% 26% 2 16% 12% 7% 55% 4% 38% 6 68% 75% 8 88% 94% 7% 92% 32% 28% 27% 25% 25% 22% 19% 38% 19% 48% 4 39% 37% 35% 32% 27% 5 28% 2 29% 34% 38% 4 46% 54% 9% 5 PES PES PES PES PES PES PES PES PES 0,46 mm 0,46 mm 0,46 mm 0,46 mm 0,46 mm 0,46 mm 0,46 mm 0,46 mm 0,46 mm 210 gr 210 gr 210 gr 210 gr 210 gr 210 gr 210 gr 210 gr 210 gr OF gt Fc 0,42 0,45 0,47 0,49 0,5 0,51 0,52 0,54 0,43 0,53 0,59 0,65 0,68 0,7 0,71 0,72 0,74 0,77 0,62 0,76 LIGHT FASTNESS (DIN EN ISO 105 B02) Fc and gt results are valid for the following presumptions in accordance with DIN EN : Double glass with thermal protective covering, thermal permeability degree U = 1,6 W/m² and total energy permeability degree g = 0,70 sun protective material inside, closed The data in this document are averages for information only and may not be considered as binding Tv = Visual Transmission Rv = Visual Reflection Av = Visual Absortion Ts = Solar Transmission Rs = Solar Reflection As = Solar Absortion OF = Openess Factor SUNLUX THERMO-TECH

41 Sunlux Eco-Screen COLOUR Tv Rv Av Ts Rs As COMPOSITION FR THICKNESS WEIGHT /m² 101 Chalk 48% 46% 6% 51% 46% 10 PLA 0,45 mm 175 gr 113 Marble 103 Slate 104 Flint 109 Sandstone 134 Basalt 121 Granite 138 Nero 41% 28% 22% 22% 15% 8% 32% 22% 17% 21% 11% 7% 27% 5 61% 57% 74% 85% 94% % 26% 18% 11% 4% 34% 26% 21% 2 1 9% 2 41% 5 51% 69% PLA 10 PLA 10 PLA 10 PLA 10 PLA 10 PLA 10 PLA 0,45 mm 0,45 mm 0,45 mm 0,45 mm 0,45 mm 0,45 mm 0,45 mm 175 gr 175 gr 175 gr 175 gr 175 gr 175 gr 175 gr OF gt Fc 0,47 0,55 0,52 0,57 0,56 0,6 0,61 0,63 0,67 0,79 0,74 0,81 0,8 0,85 0,87 0,9 LIGHT FASTNESS (DIN EN ISO 105 B02) Fc and gt results are valid for the following presumptions in accordance with DIN EN : Double glass with thermal protective covering, thermal permeability degree U = 1,6 W/m² and total energy permeability degree g = 0,70 sun protective material inside, closed The data in this document are averages for information only and may not be considered as binding Tv = Visual Transmission Rv = Visual Reflection Av = Visual Absortion Ts = Solar Transmission Rs = Solar Reflection As = Solar Absortion OF = Openess Factor SUNLUX ECO-SCREEN

42 Sunlux Simply Blockout TECHNICAL SPECIFICATIONS UNITY STANDARD RESULT composition Polyester 66% - PUR 34% openness factor % NBN EN 410 weight g/m² NF EN thickness mm ISO ,25 colour fastness to artificial light front ISO 105 B02 6 back >7 tear strength original dan warp ISO method 2 1,65 weft 3,1 elongation up to break original % warp ISO ,5 weft 30 breaking strength original dan/5cm warp ISO weft 165 elongation up to break after colour fastness to artificial light % warp ISO ,5 weft 30 breaking strength after colour fastness to artificial light dan/5cm warp ISO weft 160 tear strength after climatic chamber -30 C dan warp ISO method 2 1,5 weft 2,9 elongation up to break after climatic chamber -30 C % warp ISO ,5 weft 33 breaking strength after climatic chamber -30 C dan/5cm warp ISO weft 170 tear strength after climatic chamber +70 C dan warp weft ISO method 2 1,65 3,2 elongation up to break after climatic chamber +70 C % warp weft ISO ,5 breaking strength after climatic chamber +70 C dan/5cm warp weft ISO fire classification France Italy Germany UK USA Spain NF P UNI 9177 DIN 4102 BS 5867 NFPA 701 UNE EN M1 Class 1 C FR Class1 roll length 30 m cleaning with soapy water confection by heat, high frequency or ultrasonic welding These properties are given as indicative and don t have any contractual value SUNLUX SIMPLY BLOCKOUT

43 Sunlux Simply Blockout COLOURS & REFERENCES SUNLUX SIMPLY BLOCKOUT STANDARD WIDTHS 260 cm white linen sand pearl grey SUNLUX SIMPLY BLOCKOUT SUNLUX SIMPLY BLOCKOUT charcoal SUNLUX SIMPLY BLOCKOUT SUNLUX SIMPLY BLOCKOUT SUNLUX SIMPLY BLOCKOUT SOLAR ENERGETIC PROPERTIES SUNLUX SIMPLY BLOCKOUT European Standard EN Calculation G-value according to EN version 7.0 references colours white linen sand pearl grey charcoal front back front back front back front back front back front back As = Solar Absorptance % 31,0 54,3 37,7 51,2 44,6 51,8 55,5 49,6 95,5 50,4 SOLAR ENERGETIC PROPERTIES FABRIC Rs = Solar Reflectance % 69,0 45,7 62,3 48,8 55,4 48,2 44,5 50,4 4,5 49,6 Ts = Solar Transmittance % FABRIC + GLAZING INTERIOR G-factor = total solar energy transmittance Glazing A - Gv = 0,85 - U = 5,8 0,31 0,45 0,35 0,43 0,39 0,43 0,45 0,42 0,69 0,42 Glazing B - Gv = 0,76 - U = 2,9 0,34 0,46 0,37 0,44 0,41 0,45 0,47 0,44 0,67 0,44 Glazing C - Gv = 0,59 - U = 1,2 0,34 0,42 0,36 0,41 0,39 0,41 0,42 0,40 0,55 0,41 Glazing D - Gv = 0,32 - U = 1,1 0,25 0,27 0,25 0,26 0,26 0,26 0,27 0,26 0,30 0,26 VISUAL PROPERTIES Tv = Visible Light Transmittance % Tuv = UV Transmittance % GLAZING A = clear single glazing 4 mm Gv = 0,85 GLAZING B = clear double glazing (4/12/4), space fi lled with air Gv = 0,76 GLAZING C = double glazing (4/16/4), with a low emissivity coating in position 3, space fi lled with argon Gv = 0,59 GLAZING D = refl ective double glazing (4/16/4), with a low emissivity coating in position 2, space fi lled with argon Gv = 0,32

44 Sunlux Thermo Blockout COLOUR Tv Rv Av Ts Rs As COMPOSITION FR THICKNESS WEIGHT /m² Snow 79% 21% 65% 35% PES, coated 0,37 mm 305 gr Magnesium Steel Nickel Platinum Titanium Copper Nero 51% 36% 22% 25% 2 11% 6% 49% 64% 78% 75% 8 89% 94% 44% 32% % 1 5% 56% 68% 8 77% % PES, coated PES, coated PES, coated PES, coated PES, coated PES, coated PES, coated 0,37 mm 0,37 mm 0,37 mm 0,37 mm 0,37 mm 0,37 mm 0,37 mm 305 gr 305 gr 305 gr 305 gr 305 gr 305 gr 305 gr OF gt Fc 0,36 0,52 0,45 0,65 0,5 0,72 0,56 0,8 0,54 0,78 0,57 0,82 0,6 0,86 0,62 0,89 LIGHT FASTNESS (DIN EN ISO 105 B02) Fc and gt results are valid for the following presumptions in accordance with DIN EN : Double glass with thermal protective covering, thermal permeability degree U = 1,6 W/m² and total energy permeability degree g = 0,70 sun protective material inside, closed The data in this document are averages for information only and may not be considered as binding Tv = Visual Transmission Rv = Visual Reflection Av = Visual Absortion Ts = Solar Transmission Rs = Solar Reflection As = Solar Absortion OF = Openess Factor SUNLUX THERMO BLOCKOUT