1. Salt Fog Testing and Warranty Information

2. Powder Definitions: Standard Powder: Made with standard polyester resins. Super durable: Superdurable refers to a certain type of polyester resin that has superior UV durability, anti chalking and gloss retention compared to standard polyester resins. This helps with the erosion rate of the powder not corrosion resistant's. (This is becoming the new standard most powder manufactures now stock SD powder in all RALs) Super durable Corrosion resistant: Is the same as the Superdurable but has new technology additives that prevents the loss of adhesions in corrosive conditions. (Currently only Vitracoat is offering this and Acuity is the biggest consumer) Epoxy: Old technology, used as a tough base coat to promote good adhesion. The theory behind epoxy base coats is that any pin holes in the coating would not line up with pin holes in the Polyester top coat sealing the substrate better. E-Coat: Is a 0.8 to 1.0 mil epoxy primer applied by cathodic electrodeposition process through total immersion. (used by CREE to achieve an ASTM rating of 4 @ 5016 hours of testing)

3. ASTM D1654 Ratings TABLE 1 Rating of Failure at Scribe (Procedure A) Representative Mean Creepage From Scribe Millimeters Inches (Approximate) Rating Number Zero 0 10 Over 0 to 0.5 0 to 1⁄64 9 Over 0.5 to 1.0 1⁄64 to 1⁄32 8 Over 1.0 to 2.0 1⁄32 to 1⁄16 7 Over 2.0 to 3.0 1⁄16 to 1⁄8 6 Over 3.0 to 5.0 1⁄8 to 3⁄16 5 Over 5.0 to 7.0 3⁄16 to 1⁄4 4 Over 7.0 to 10.0 1⁄4 to 3⁄8 3 Over 10.0 to 13.0 3⁄8 to 1⁄2 2 Over 13.0 to 16.0 1⁄2 to 5⁄8 1 Over 16.0 to more 5⁄8 to more 0

4. AAMA 2605 Is a new ten-year superior performing specification with increased performance to AAMA 605.2-92. Significant upgrades have been made in the areas of ten-year weathering performance, abrasion resistance, salt spray and humidity on extruded aluminum and aluminum panels. Many coating suppliers in the aluminum window, door and skylight industry are putting 10- 30 year warrantees on AAMA 2605 certified products.

5. AAMA Specifications for Paint and Architectural Powder Coat Specification260326042605 South Florida Weathering: Color retention1 year: "slight" fade 5 yrs: Fade = 5 Delta E 10 yrs: Fade = 5 Delta E Chalk resistance1 year: "slight" chalk5 yrs: Chalk = 810 yrs: Chalk = 8 Gloss retentionNo specification 5 yrs: 30% retention 10 yrs: 50% retention Erosion resistanceNo specification5 yrs: 10% loss10 yrs: 10% loss Dry film thickness0.8 mils minimum1.2 mils minimum Pretreatment System:Chrome or Chrome Free * Accelerated Testing: Salt Spray1,500 hours3,000 hours4,000 hours Humidity1,500 hours3,000 hours4,000 hours

6. Salt Fog results 3 rd party (Hours) Salt Fog results IPF (Hours) Casting alloy Pre treatment PrimerPaint Sample Code 50015002500383650001500250035004500500072258850 IPF 383 245A release agent (8) IPF Current 5 stage (5) No Primer (N) Vitracoat Super Durable Corrosion Resistant ('C') 85NC 10 9 Epoxy (E) Vitracoat Super Durable Corrosion Resistant ('C') 85EC107875 IPF 360 245A release agent (6) IPF Current 5 stage (5) No Primer (N) Vitracoat Super Durable Corrosion Resistant ('C') 65NC108789 ` Epoxy (E) Vitracoat Super Durable Corrosion Resistant ('C') 65EC107766 Data for IPF Pictures on page 12 -13

7. IPF Salt Fog Results 65NC = 360 alloy 85NC = 383 alloy

8. Salt Fog results 3 rd party (Hours) Salt Fog results IPF (Hours) Casting alloy Pre treatment PrimerPaint Sample Code 50015002500383650001500250035004500500072258850 IPF 383 245A release agent (8) MEZ Current 5 stage (M5) No Primer (N) Vitracoat Super Durable Corrosion Resistant ('C') 8M5NC 10 32 Epoxy (E) Vitracoat Super Durable Corrosion Resistant ('C') 8M5EC 10 IPF 360 245A release agent (6) MEZ Current 5 stage (M5) No Primer (N) Vitracoat Super Durable Corrosion Resistant ('C') 6M5NC 10 2 0 Epoxy (E) Vitracoat Super Durable Corrosion Resistant ('C') 6M5EC109867 Data for MEZ

9. MEZ Salt Fog Results 65NC = 360 alloy 85NC = 383 alloy

10. AAMA 2605 standards Purple shaded box

11. Conclusions RankSampleASTM RatingCreep in MMAlloy Definition 85NC10 @ 8850 hours0383 alloy with 3-4% copper no base coat with a SDCR powder top coat processed at IPF 8M5EC10 @ 8850 hours0 383 alloy with 3-4% copper epoxy base coat with a SDCR powder top coat processed at MEZ 65NC9 @ 5000 hours0.5360 alloy with.3-.4% copper no base coat with SDCR powder top coat processed at IPF 6M5EC7 @ 5000 hours2 360 alloy with.3-.4% copper epoxy base coat with SDCR powder top coat processed at MEZ 65EC6 @ 5000 hours3 360 alloy with.3-.4% copper epoxy base coat with SDCR powder top coat processed at IPF 85EC5 @ 5000 hours5 383 alloy with 3-4% copper epoxy base coat with a SDCR powder top coat processed at IPF 8M5NC3 @ 4500 hours10383 alloy with 3-4% copper no base coat with a SDCR powder top coat processed at MEZ 6M5NC2 @ 4500 hours13360 alloy with.3-.4% copper no base coat with SDCR powder top coat processed at MEZ

12. 360 Alloy processed at IPF Samples test by 3 rd party 5000 hours3836 hours

13. 383 Alloy processed at IPF Sample magnified 25x

14. Conclusions 85NC10 @ 8850 hours0383 alloy with 3-4% copper no base coat with a SDCR powder top coat processed at IPF 8M5EC10 @ 8850 hours0 383 alloy with 3-4% copper epoxy base coat with a SDCR powder top coat processed at MEZ Recommend a potential 10 year warranty for the following processes due to corrosion resistant testing. 65NC9 @ 5000 hours0.5360 alloy with.3-.4% copper no base coat with SDCR powder top coat processed at IPF 6M5EC7 @ 5000 hours2 360 alloy with.3-.4% copper epoxy base coat with SDCR powder top coat processed at MEZ Borderline recommendation for 10 year warranty for this process Due to the installation area a warranty may have to be un-considered due to elements, IE: chemical fumes, X amount from salt water, etc