Technical Data. Neutral 20. Single Pane Tinted Double Pane Double tinted Neutral 1/4" Neutral Dual 1/4" Neutral Dual 1/4" Neutral.

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Phyllis Warner
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1 20 (RE20NEARL) Redue air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass. 20 Dual Dual 20 tint tint 20 Coe fiient Visible Light Transm itted 89% 15% 53% 9% 79% 14% 47% 8% Interior 9% 19% 6% 19% 15% 19% 13% 19% Exterior 8% 21% 6% 10% 15% 25% 8% 12% U Value UV Blok 38% 99% NA 99% NA 99% NA 99% Rejeted 19% 62% 37% 68% 30% 54% 49% 64% Glare Redution NA 83% NA 83% NA 83% NA 83% Heat Loss Redution NA 3% NA 3% NA 2% NA 2% Solar Heat Redution NA 53% NA 49% NA 34% NA 30% 37

2 35 (RE35NEARL) Redue air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass. 35 Dual Dual 35 tint tint 35 Coe fiient Visible Light Transm itted 89% 36% 53% 21% 79% 32% 47% 19% Interior 9% 18% 6% 18% 15% 19% 13% 19% Exterior 8% 20% 6% 10% 15% 24% 8% 12% U Value UV Blok 38% 99% NA 99% NA 99% NA 99% Rejeted 19% 56% 37% 61% 30% 49% 49% 61% Glare Redution NA 60% NA 60% NA 60% NA 60% Heat Loss Redution NA 4% NA 4% NA 2% NA 2% Solar Heat Redution NA 46% NA 38% NA 27% NA 23% 38

3 50 (RE50NEARL) Redue air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass. 50 Dual Dual 50 tint tint 50 Coe fiient Visible Light Transm itted 89% 52% 53% 31% 79% 46% 47% 28% Interior 9% 11% 6% 10% 15% 13% 13% 13% Exterior 8% 12% 6% 7% 15% 18% 8% 10% U Value UV Blok 38% 98% NA 99% NA 99% NA 99% Rejeted 19% 44% 37% 53% 30% 41% 49% 57% Glare Redution NA 41% NA 41% NA 41% NA 41% Heat Loss Redution NA 0% NA 0% NA 0% NA 0% Solar Heat Redution NA 31% NA 25% NA 16% NA 14% 39

4 70 (RE70NEARL) Redue air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass. 70 Dual Dual 70 tint tint 70 Coe fiient Visible Light Transm itted 89% 69% 53% 42% 79% 62% 47% 37% Interior 9% 8% 6% 7% 15% 12% 13% 11% Exterior 8% 9% 6% 6% 15% 16% 8% 9% U Value UV Blok 38% 98% NA 99% NA 99% NA 99% Rejeted 19% 32% 37% 45% 30% 36% 49% 53% Glare Redution NA 22% NA 22% NA 22% NA 22% Heat Loss Redution NA 0% NA 0% NA 0% NA 0% Solar Heat Redution NA 17% NA 13% NA 8% NA 7% 40

5 Silver P18 (P18ARL) Redues air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass.! #"%$'&)(*'!, #04"%576/.8(,:9<;,(/=%.%1 (6/>?-6*46 Silver P18 P18 tint P18 Dual P18 Dual tint P18 Coe fiient Visible Light Transmitted 89% 17% 53% 10% 79% 15% 47% 9% Interior 9% 58% 6% 58% 15% 58% 13% 58% Exterior 8% 56% 6% 23% 15% 55% 8% 23% U Value UV Blok 38% 99% NA 99% NA 99% NA 99% Rejeted 19% 77% 37% 74% 30% 67% 49% 73% Glare Redution NA 81% NA 82% NA 80% NA 81% Heat Loss Redution NA 9% NA 9% NA 5% NA 5% Solar Heat Redution NA 72% NA 58% NA 53% NA 47% 41

6 Silver 35 (RE35SIARL) Redue air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass. Silver 35 Silver Silver Dual Silver Dual 35 tint tint Coe fiient Visible Light Transmitted 89% 35% 53% 21% 79% 32% 47% 19% Interior 9% 40% 6% 40% 15% 41% 13% 41% Exterior 8% 36% 6% 16% 15% 38% 8% 16% U Value UV Blok 38% 98% NA 99% NA 99% NA 99% Rejeted 19% 64% 37% 66% 30% 57% 49% 67% Glare Redution NA 60% NA 61% NA 59% NA 60% Heat Loss Redution NA 10% NA 10% NA 6% NA 6% Solar Heat Redution NA 56% NA 46% NA 39% NA 34% Silver 35 42

7 Amber 35 (RE35AMARL) Redue air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass. Amber35 Amber 35 tint Amber 35 Dual Amber 35 Dual tint Amber 35 Coe fiient Visible Light Transm itted 89% 30% 53% 17% 79% 28% 47% 16% Interior 9% 60% 6% 60% 15% 61% 13% 61% Exterior 8% 54% 6% 22% 15% 53% 8% 22% U Value UV Blok 38% 99% NA 99% NA 99% NA 99% Rejeted 19% 75% 37% 73% 30% 68% 49% 74% Glare Redution NA 67% NA 67% NA 65% NA 66% Heat Loss Redution NA 17% NA 17% NA 11% NA 11% Solar Heat Redution NA 69% NA 57% NA 54% NA 48% 43

8 Nikel 50 (RE50NIARL) Stay ooler by reduing exessive heat in warmer months. Maintains more natural appearane. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass. Nikel 50 Nikel Nikel Dual Nikel Dual 50 tint tint Nikel 50 Coe fiient Visible Light Transmitted 89% 50% 53% 30% 79% 45% 47% 27% Interior 9% 23% 6% 22% 15% 25% 13% 24% Exterior 8% 24% 6% 12% 15% 28% 8% 13% U Value UV Blok 38% 99% NA 99% NA 99% NA 99% Rejeted 19% 56% 37% 62% 30% 52% 49% 64% Glare Redution NA 44% NA 44% NA 43% NA 43% Heat Loss Redution NA 10% NA 10% NA 6% NA 6% Solar Heat Redution NA 46% NA 39% NA 31% NA 28% The information provided in this report is believed to be reliable; however, due to the wide variety of intervening fators, 3M does not warrant that the results will neessarily 44

9 Affinity 15 Redue air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass.! #"%$'&)(*'!, #04"%576/.8(,:9<;,(/=%.%1 (6/>?-6*46 A finity 15 A finity A finity Dual A finity Dual 15 tint tint A finity 15 Coe fiient Visible Light Transm itted 89% 9% 53% 5% 79% 8% 47% 5% Interior 9% 25% 6% 25% 15% 26% 13% 25% Exterior 8% 58% 6% 24% 15% 57% 8% 23% U Value UV Blok 38% 99% NA 99% NA 99% NA 99% Rejeted 19% 79% 37% 73% 30% 68% 49% 73% Glare Redution NA 90% NA 91% NA 90% NA 89% Heat Loss Redution NA 2% NA 2% NA 1% NA 1% Solar Heat Redution NA 74% NA 57% NA 54% NA 47% 45

10 Affinity 30 Redue air onditioning osts. Stay ooler by reduing exessive heat in warmer months. Redues glare and eye disomfort. Extend the life and vibrany in the fabri of furniture and arpets. Redues injury risk from flying glass. A finity 30 A finity A finity Dual A finity Dual 30 tint tint A finity 30 Coe fiient Visible Light Transm itted 89% 33% 53% 20% 79% 30% 47% 18% Interior 9% 19% 6% 19% 15% 20% 13% 20% Exterior 8% 29% 6% 14% 15% 32% 8% 15% U Value UV Blok 38% 99% NA 99% NA 99% NA 99% Rejeted 19% 61% 37% 63% 30% 54% 49% 64% Glare Redution NA 63% NA 62% NA 62% NA 62% Heat Loss Redution NA 8% NA 8% NA 5% NA 5% Solar Heat Redution NA 52% NA 41% NA 34% NA 29% 46

11 h 3M Sun Control Window Speifiations Speifiations For Sun Control BDC%E)FGH This speifiation is for an abrasion resistant solar ontrol window film whih when applied to the interior window surfae will redue the gain of solar heat energy through the window. The film shall be alled 3M Sun Control Window F ilm _. I)A BDJ/GGK L E)M)NK HPO/FE)QRSH)TUWV The publiations listed below form a part of this speifiation to the extent referened. The publiations are referred to in the text by the basi designation only. The Amerian Soiety for H eating, Refrigeration, and Air Conditioning Engineers (ASH RAE) H andbook of F undamentals. The Amerian Soiety for Testing and Materials (ASTM) publiation: ASTM E-308 Standard Reommended P ratie for Spetophotometry and Desription of Color in CIE System NF RC 100/200/304 (F O RMERL Y ASTM E-9 03) Standard Methods of Test for Solar Absorbane, Refletane and Transmittane of Materials Using Integrating Spheres ASTM D-1044 Standard Method of Test for Resistane of Transparent P lastis to Surfae Abrasion (Taber Abrader Test) ASTM G -9 0 Standard P ratie for P erforming Aelerated O utdoor Weatherizing for Non-metalli Materials Using Conentrated Natural Sunlight ASTM E-8 4 Standard Method of Test for Surfae B urning Charateristis of B uilding Materials Window 4.0, A Computer Tool for Analyzing Window Thermal P erformane, L awrene B erkeley L aboratory X)A BDY/H)ZQL [\H)RSH)TUWVDF]UW^HD_L K R 3.1 _L K Ra`PM)UWH)[\L M)K\b The film material shall be an optially lear metallized polyester film whih may be laminated to a lear polyester film. There must be an aryli abrasion resistant oating over the surfae of the film for enhaned durability. The film olor is derived from a metal oating and the produt will not ontain dyed polyester. The metalli oating shall be uniform without notieable pin holes, streaks, thin spots, srathes or banding. The variation in total transmission aross the width, at any portion along the length, shall not exeed 2% over the average. The film shall have a nominal thikness of _ mils ( inhes). The density of the film aross the web is not to exeed plus or minus 2%. There shall be no evidene of oating voids. The film shall be identified as to Manufaturer of O rigin (hereafter to be alled Manufaturer). RSL V)V)L d)l Ufe%b 3.2 The emissivity of the non-adhesive surfae of the film shall be _ nominal when measured using a Devies & Servies Emissometer Model AE at or near room temperature. The Manufaturer shall provide laboratory data of emissivity and alulated window U V alues for various outdoor temperatures based upon established alulation proedure defined by the ASH RAE H andbook of F undamentals, h. 27, or L awrene B erkeley L aboratory Window 4.0 Computer P rogram. M)K QH%b 3.3 gih The U V alue of the film applied to (6mm) lear glass shall be _ nominal when measured in aordane with test proedures desribed in 3.2 for Emissivity. [\M)TV)RSL V8V)L FTSk L V)L NK H%b 3.4 j When applied to (6mm) lear glass, the luminous transmittane shall be _ nominal when measured with an integrating sphere spetrophotometer as referened by NF RC 100/200/304 (F ormerlyy ASTM E-9 03) and alulated per ASTM E-308 using Standard Soure C for average daylight. 47

12 g 3M Sun Control Window Speifiations Speifiations For Sun Control Window L V)L NK H%b 3.5 Y/H)]WK H)E)UWL FTSk h When applied to (6mm) lear glass, the total luminous refletion from the glass surfae shall be _ nominal when measured with an integrating sphere spetrophotometer as referened by NF RC 100/200/304 (F ormerlyy ASTM E-9 03) and alulated per ASTM E-308 using Standard CIE Soure C for average daylight. [\M)TV)RSL V8V)L FTSk K UW[\M)d)L FK H)UlL m^ub When applied to 6mm) lear glass, the total transmission of solar ultraviolet radiation 3.6 j of air mass = 2 over the spetral range of 3000 to angstroms shall not exeed _ when measured with an integrating sphere spetrophotometer as referened by NF RC 100/200/304 (F ormerly ASTM E-9 03). 3.7 no)prq)s t)uwv x)yz zs {rs yrt } When applied to (6mm) lear glass, the shading oeffiient shall be _ nominal when solar energy transmittane and refletion are measured per NF RC 100/200/304 (F ormerly ASTM E-9 03) and the shading oeffiient is omputed in aordane with the established proedures defined by The ASH RAE H andbook of F undamentals. 3.8 J/~^H)V)L d)hdc%e8v)uwh)rib The film shall be supplied with a pressure sensitive weatherable arylate adhesive applied uniformly over the surfae opposite the abrasion resistant oating. A water soluble detakifier shall be inorporated over the pressure sensitive adhesive to failitate handling. The adhesive shall be essentially optially flat and shall meet the following riteria: a. V iewing the film from a distane of ten feet (3 m) at angles up to 45 degrees from either side of the glass, the film itself shall not appear distorted. 3.9 _K M)RSRSM8NL K L UWe%b The Manufaturer shall provide independent test data showing that the window film shall meet the requirements of a Class A Interior F inish for B uilding Materials for both F lame Spread Index and Smoke Development V alues per ASTM E J/N[\M)V)L FTSY/H)V)L V)UfM)TE)H%b The Manufaturer shall provide independent test data showing that the film shall have a surfae oating that is resistant to abrasion suh that, less than 5% inrease of transmitted light haze will result in aordane with ASTM D using 100 yles, 500 grams weight, and the CS10F Calbrase Wheel. )A BDY/H)ZQL [\H)RSH)TUWVDF]UW^HDJ/QUf^F[\L H)~SO/H)M)K H)[\ J/GGK L E8M)UWF[% WJ/O/J/ƒ 4.1 The ADA shall provide doumentation that the ADA is ertified by the Manufaturer to install window film as per the Manufaturer s speifiations and in aordane with speifi requests as to be determined and agreed to by the ustomer. 4.2 Authorization of dealership may be verified through the ompany s 3M I.D. Number. 4.3 The ADA will provide a ommerial building referene list of ten (10) properties where the ADA has installed window film. This list will inlude the following information: * Name of building * The name and telephone number of a management ontat * Type of glass * Type of film * Amount of film installed * Date of ompletion 4.4 Upon request, the ADA will provide a G lass Stress Analysis of the existing glass and proposed glass/film ombination as reommended by the film Manufaturer. 4.5 Upon request, the ADA will provide an appliation analysis to determine available energy ost redution and savings. 48

13 Speifiations Speifiations For Sun Control Window A BDY/H)ZQL [\H)RSH)TUWVDF]UW^HD`DM8TQ]WM)E)UWQ[\H)[ ˆ Š Œ 5.1 The Manufaturer will insure proper quality ontrol during prodution, shipping and inventory, learly identify and label eah film ore with the produt designation and run number. 5.2 The Manufaturer will, upon request and pre-approval, provide 100% finaning for the omplete installation of the window film to the end-user ustomer in either an installment purhase or lease purhase format to be deided upon by ustomer. 5.3 Materials shall be manufatured by: 3M Renewable Energy Division 3M Center B uilding 235 š)a BDJ/GGK L E)M)UWL FT M)RSL TM)UWL FT/b 6.1 ) Examine glass surfaes to reeive new film and verify that they are free from defets and imperfetions whih will affet the final appearane. Corret all suh defiienies before starting film appliation. [\H)GM)[\M)UWL FT/b 6.2 œ a. The window and window framing will be leaned thoroughly with a neutral leaning solution. The inside surfae of the window glass shall be bladed with industrial razors to insure the removal of any foreign ontaminant s. b. Toweling or other absorbent material shall be plaed on the window sill or sash to absorb moisture aumulation generated by the film appliation. TV)UWM)K K M)UfL FT/b 6.3 The film shall be applied as to the speifiations of the Manufaturer by an ADA. a. Materials will be delivered to the job site with the manufaturer s labels intat and legible. b. To minimize waste, the film will be ut to speifiation utilizing a vertial dispenser designed for that purpose. F ilm edges shall be ut neatly and square at a uniform distane of 1/8 " (3mm) to 1/16" (1,5mm) of the window sealing devie.., lean water will be used to remove the water soluble overoat that protets the pressure sensitive adhesive. Water and film slip solution only will be used on the window glass to failitate the proper positioning of the film. d. To insure effiient removal of exess water from the underside of the film and to maximize bonding of the pressure sensitive adhesive, polyplasti bladed squeegees will be utilized. e. Upon ompletion, the film may have a dimpled appearane from residual moisture. Said moisture shall, under reasonable weather onditions, dry flat with no moisture dimples within a period of 30 alendar days when viewed under normal viewing onditions. f. After installation, any left over material will be removed and the work area will be returned to original ondition. Use all neessary means to protet the film before, during and after the installation. ž A BDŸ/K H)M)TL Tm The film may be washed using ommon window leaning solutions, inluding ammonia solutions, 30 days after appliation. Abrasive type leaning agents and bristle brushes whih ould srath the film must not be used. Syntheti sponges or soft loths are reommended. Ž ŽŠ Ž Žˆ 49

14 œ œ 3M Sun Control Window Speifiations Speifiations For Sun Control Window )A BD M)[\[\M)TUWe X)`D C%QTSŸ/FTUW[\FK) L T~F _L K Ra_L K RSVDŸ/Fd8H)[\H)~/brC%L K d)h)[ WY X J/Y/lƒW ) /H)QUW[\M)K BD WY B) J/Y/lƒW ) /H)QUW[\M)K ž BD kw@) )J/Y/lƒW ) /H)QUW[\M)K)I)BD WY I)B) J/Y/lƒW ) /H)QUW[\M)K)X ž B) J/Y/lƒM)T~SJ/RSNH)[%X WY X J/`DJ/Y/lƒ 8.1 The appliation shall be warranted by the film manufaturer (3M) for a period of ten (10) years in that the film will maintain solar refletive properties without raking, razing, delaminating, bubbling, peeling or disoloration. In the event that the produt is found to be defetive under warranty, the seller will replae suh quantity of the film proved to be defetive, and will additionally provide the removal and reappliation labor free of harge. 8.2 The film manufaturer (3M) also warrants against glass failure due to thermal shok frature of the glass of the window unit (maximum value $ 500 per window) provided the film is applied to reommended types of glass and the failure ours within sixty (60) months from the start of appliation. Any glass failure must be reviewed by the film manufaturer (3M) prior to replaement. Setion Title 3M W indow s 1 P18 Am ber Thikness (m ils) (inhes) U value Visible Light Transmission 17% 30% 15% 36% 3.5 Visible Light Refletion - Exterior 56% 54% 21% 20% Visible Light Refletion - Interior 58% 60% 19% 18% 3.6 Ultraviolet Rejetion 99% 99% 99% 99% 3.7 Shading Coe fiient Coe fiient - 90 degrees (normal inidene) Setion Title 3M W indow s Thikness (m ils) (inhes) U value Visible Light Transmission 52% 69% 3.5 Visible Light Refletion - Exterior 12% 9% Visible Light Refletion - Interior 11% 8% 3.6 Ultraviolet Rejetion 98% 98% 3.7 Shading Coe fiient Coe fiient - 90 degrees (normal inidene) V alues on ¼ G lass 50

Technical Data CM30. Single Pane Tinted Double Pane Double tinted

Technical Data CM30. Single Pane Tinted Double Pane Double tinted CM30 Technical Data 8:9=@?#AB@CED+F#DGIH BKJ H igh isible L ight Transmission, H igh Clarity, Competitive Total Solar Energy Rejection Reduces air conditioning costs. Stay cooler by reducing excessive