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“FEVE Fluoropolymer Emulsions for Performance Improvement in Architectural Coatings”. Durability and Design Webinar Bob Parker, Applications Chemist April 27 th , 2011. FEVE Emulsions in Architectural Coatings. Outline: Overview of “FEVE” resin technology

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“FEVE Fluoropolymer Emulsions for Performance Improvement in Architectural Coatings”


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    1. “FEVE Fluoropolymer Emulsions for Performance Improvement in Architectural Coatings” Durability and Design Webinar Bob Parker, Applications Chemist April 27th, 2011

    2. FEVE Emulsions in Architectural Coatings Outline: • Overview of “FEVE” resin technology • Introduction of water-based “FEVE” emulsions • Formulations using “FEVE” emulsions as blending resins • QUV Exposure Testing – gloss and color retention • Examination of exposed paint films

    3. FEVE Emulsions in Architectural Coatings FEVE Fluoropolymer Resins • “FEVE” is abbreviation for “Fluoroethylene Vinyl Ether” resins for coatings • Known for their high performance properties: • Exceptional resistance to UV degradation • Superior Chemical Resistance • Excellent Thermal Resistance - Known for their unique formulation properties: 1) Solvent soluble 2) Can be cured at ambient temperature with isocyanates 3) Can achieve high gloss formulations

    4. Fluoroethylene Vinyl Ether (FEVE) Resins FLUORINATED SEGMENTS: Weatherability, durability, chemical resistance VINYL ETHER SEGMENTS: Gloss, solubility, crosslinking

    5. FEVE Emulsions in Architectural Coatings Commercial Types of “FEVE” Resins: • Solvent soluble resins – uses organic solvents for viscosity reduction; predominantly cured with isocyanates; available as resin solutions or as 100% solid resins 2) Water-based emulsions – use vinyl ether macromonomers containing polyoxyethylene (EO) units to create stable emulsions

    6. FEVE Emulsions in Architectural Coatings

    7. FEVE Emulsions in Architectural Coatings

    8. FEVE Emulsions in Architectural Coatings Testing procedure # 1 : 1) Choose 3 different acrylic emulsions from 2 manufacturers as blending resins for White DTM I/M Formulation. Blend these acrylic emulsions with the FE emulsions and run oven stability tests. 2) Manufacture of 2 White DTM I/M Paint formulations: a.Binder = 100% Acrylic Emulsion b.Binder = 50% Acrylic Emulsion + 50% FE-4300 (FEVE Emulsion) 3) Preparation of test panels ( primed Al panels coated with 4 wet mils of coating) 4) QUV Weatherometer Exposure (UVA 340 Bulbs used) a.Test Cycle = 8 hours UV light @ 60°C. + 4 hours condensation @ 50°C.

    9. FEVE Emulsions in Architectural Coatings

    10. FEVE Emulsions in Architectural Coatings

    11. FEVE Emulsions in Architectural Coatings

    12. FEVE Emulsions in Architectural Coatings

    13. FEVE Emulsions in Architectural Coatings Testing procedure # 2 : 1) Choose Acrylic Emulsion # 5 and Acrylic Emulsion # 6 as blending resins for Black DTM I/M Formulation. 2) Manufacture of 3 Black DTM I/M Paint formulations for each Acrylic: a.Binder = 100% Acrylic Emulsion b.Binder = 50% Acrylic Emulsion + 50% FE-4300 (FEVE Emulsion) c.Binder= 50% Acrylic Emulsion + 50% FE-4500 (FEVE Emulsion) 3) Preparation of test panels ( primed Al panels coated with 8 wet mils of coating) 4) QUV Weatherometer Exposure (UVA 340 Bulbs used) a.Test Cycle = 8 hours UV light @ 60°C. + 4 hours condensation @ 50° C.

    14. FEVE Emulsions in Architectural Coatings

    15. FEVE Emulsions in Architectural Coatings

    16. FEVE Emulsions in Architectural Coatings Testing procedure # 3 : 1) Choose Acrylic Emulsion # 5 and Acrylic Emulsion # 6 as blending resins for Black DTM I/M Formulation. 2) Manufacture of 3 Black DTM I/M Paint formulations for each Acrylic: a.Binder = 100% Acrylic Emulsion b.Binder = 80% Acrylic Emulsion + 20% FE-4300 (FEVE Emulsion) c.Binder= 80% Acrylic Emulsion + 20% FE-4500 (FEVE Emulsion) 3) Preparation of test panels ( primed Al panels coated with 8 wet mils of coating) 4) QUV Weatherometer Exposure (UVA 340 Bulbs used) a.Test Cycle = 8 hours UV light @ 60°C. + 4 hours condensation @ 50° C.

    17. FEVE Emulsions in Architectural Coatings

    18. FEVE Emulsions in Architectural Coatings

    19. FEVE Emulsions in Architectural Coatings Test Formulation: 100% Acrylic Emulsion #5 as total binder

    20. FEVE Emulsions in Architectural Coatings Test Formulation: 80% Acrylic emulsion #5 and 20% FE-4300 FEVE Emulsion as total binder

    21. FEVE Emulsions in Architectural Coatings Test Formulation: 80% Acrylic emulsion #5 and 20% FE-4300 FEVE Emulsion as total binder

    22. FEVE Emulsions in Architectural Coatings Test Formulation: 80% Acrylic emulsion #5 and 20% FE-4500 FEVE Emulsion as total binder

    23. FEVE Emulsions in Architectural Coatings Test Formulation: 80% Acrylic emulsion #5 and 20% FE-4500 FEVE Emulsion as total binder

    24. FEVE Emulsions in Architectural Coatings

    25. FEVE Emulsions in Architectural Coatings

    26. FEVE Emulsions in Architectural Coatings Test Formulation: 100% Acrylic Emulsion #6 as total binder

    27. FEVE Emulsions in Architectural Coatings Test Formulation: 80% Acrylic emulsion #6 and 20% FE-4300 FEVE Emulsion as total binder

    28. FEVE Emulsions in Architectural Coatings Test Formulation: 80% Acrylic emulsion #6 and 20% FE-4300 FEVE Emulsion as total binder

    29. FEVE Emulsions in Architectural Coatings Test Formulation: 80% Acrylic emulsion #6 and 20% FE-4500 FEVE Emulsion as total binder

    30. FEVE Emulsions in Architectural Coatings Test Formulation: 80% Acrylic emulsion #6 and 20% FE-4500 FEVE Emulsion as total binder

    31. FEVE Emulsions in Architectural Coatings

    32. FEVE Emulsions in Architectural Coatings Testing procedure # 4 : 1) Choose Acrylics #8 and #9 as blending resins for Hi-Gloss White Formulations 2) Manufacture of 3 formulations: a.Binder = 100% Acrylic Emulsion b.Binder = 80% Acrylic Emulsion + 20% FE-4300 (FEVE Emulsion) c.Binder= 60% Acrylic Emulsion + 40% FE-4300 (FEVE Emulsion) 3) Preparation of test panels ( primed Al panels coated with 8 wet mils of coating) 4) QUV Weatherometer Exposure (UVA 340 Bulbs used) a.Test Cycle = 8 hours UV light @ 60°C. + 4 hours condensation @ 50° C.

    33. FEVE Emulsions in Architectural Coatings

    34. FEVE Emulsions in Architectural Coatings

    35. FEVE Emulsions in Architectural Coatings Testing procedure # 5 : 1) Choose Acrylics # 7 & 8 as blending resins for Hi-Gloss Black Formulations 2) Manufacture of 3 formulations: a.Binder = 100% Acrylic Emulsion b.Binder = 80% Acrylic Emulsion + 20% FE-4300 (FEVE Emulsion) c.Binder= 80% Acrylic Emulsion + 20% FE-4500 (FEVE Emulsion) 3) Preparation of test panels ( primed Al panels coated with 8 wet mils of coating) 4) QUV Weatherometer Exposure (UVA 340 Bulbs used) a.Test Cycle = 8 hours UV light @ 60°C. + 4 hours condensation @ 50° C.

    36. FEVE Emulsions in Architectural Coatings

    37. FEVE Emulsions in Architectural Coatings

    38. FEVE Emulsions in Architectural Coatings

    39. FEVE Emulsions in Architectural Coatings

    40. FEVE Emulsions in Architectural Coatings Testing procedure # 6 : 1) Choose Acrylic Emulsion # 5 as blending resin for Dark Green DTM I/M Formulations 2) Manufacture of 4 formulations: a.Binder = 100% Acrylic Emulsion b.Binder = 80% Acrylic Emulsion + 20% FE-4300 (FEVE Emulsion) c.Binder= 80% Acrylic Emulsion + 20% FE-4500 (FEVE Emulsion) d. Binder = 80% Acrylic Emulsion + 20% FE-4400 (FEVE Emulsion) 3) Preparation of test panels ( primed Al panels coated with 8 wet mils of coating) 4) QUV Weatherometer Exposure (UVA 340 Bulbs used) a.Test Cycle = 8 hours UV light @ 60°C. + 4 hours condensation @ 50° C.

    41. FEVE Emulsions in Architectural Coatings

    42. FEVE Emulsions in Architectural Coatings

    43. FEVE Emulsions in Architectural Coatings

    44. FEVE Emulsions in Architectural Coatings

    45. FEVE Emulsions in Architectural Coatings

    46. FEVE Emulsions in Architectural Coatings

    47. FEVE Emulsions in Architectural Coatings Conclusion: Inclusion of FEVE emulsions in architectural coating formulations can increase gloss retention, color retention, and the overall durability of the dry film. These characteristics will prolong the aesthetic properties and the protection properties of these coatings, thereby increasing the time frame between recoats.