April 2010 AROFLINT 810 Product Code: 91859-00 Acid Functional Polyester for Two-Package Polyester Epoxy Systems DESCRIPTION AROFLINT 810 is an acid functional polyester resin supplied at 70% solids in a HAPS compliant solvent blend. It is used in combination with AROFLINT 607, AROFLINT 608, or AROFLINT 303-X-90 to formulate high performance, durable coatings. APPLICATIONS High-performance coatings where excellent appearance, toughness and wear resistance are required Agricultural machinery and equipment Tool and implement coatings Marine and industrial maintenance finishes FEATURES Non-Isocyanate system Direct-to-Metal formulating capability Excellent film appearance, gloss and DOI Good exterior durability and chemical resistance Fast-drying with good pot life Wide epoxy : acid formulating latitude TYPICAL PROPERTIES Percent Solids, Weight 70 Percent Solids, Volume 55 Viscosity, stokes 14 Color, Gardner 5 Pounds per Gallon, Solution 10.3 Acid Value, on Solids 100 Solvent Composition MAK, Glycol Ether PM, Isopropanol STORAGE Store in typical warehouse conditions, 40-90 F, to ensure a useful shelf life of at least 1 year. SAFETY Read the AROFLINT 810 Material Safety Data Sheet before handling, storing, or using this product.
SUGGESTED FORMULATION Formula #1, Direct-to-Metal White Epoxy Enamel Using AROFLINT 608 and AROFLINT 810 Component A Lbs. Gals. Material 225.83 27.27 AROFLINT 608 1.70 0.20 Modaflow (1) 3.30 0.49 BYK A-530 (2) 3.09 0.39 Nuosperse 657 (3) 309.08 9.28 TiPure R-902 TiO 2 (4) High-speed disperse to at least 7 NS Analysis: 83.5 Percent Solids, Weight 71.8 Percent Solids, Volume 11.52 Weight per Gallon, Pounds 0.48/1.00 Pigment to Binder, Weight Ratio 13.0 Pigment Volume Concentration, % 1.6 : 1.0 Epoxy : Acid Equivalents Ratio 1.90 VOC, Pounds per Gallon 227.99 VOC, Grams per Liter 56.45 6.80 AROFLINT 608 41.01 6.00 Isopropanol 640.46 50.37 TOTAL Component B 511.23 49.63 AROFLINT 810 511.23 49.63 TOTAL Suppliers: (1) Solutia (3) CONDEA Servo LLC (2) BYK Chemie (4) DuPont 1151.69 100.00 TOTAL COMPONENTS A + B Formula 4559-70-8 2
TYPICAL PERFORMANCE DATA Film Properties Thoroughly Mix Components A + B ~1:1 by Volume Typical Properties Based on 7-Day Ambient Cure, 2.95 MDFT Viscosity, KU, Stormer 107.4 Dry Time, 5 Mil Wet Film, Hours Set 0.5 Through 3.7 Hard 5.0 Corrosion Resistance 500 Exposure Hours, 2.95 MDFT on B-1000 Steel Field Blisters Field Rust Scribe Blisters Scribe Creep Scribe Staining Scribe Adhesion Crosshatch Adhesion Salt Fog None None 2D 6mm <1mm 1mm 6mm removal 5B Durability QUV-A340, 600 Exposure Hours, 2.95 MDFT on Aluminum Initial 600 Hours Gloss 60 94 92 20 89 86 Yellowness Index 1.80 2.02 Gloss 60 95 20 89 Pencil Hardness B Impact Resistance, Inch-Pounds Direct 10 Reverse <10 Chemical Resistance, 24-Hour Spot Test, Covered 10% Acetic Acid 5 10% Hydrochloric Acid 5 10% Sulfuric Acid 5 10% Sodium Hydroxide 4 2% Nitric Acid 5 Acetone 2.5 Xylene 2.5 Methanol 4 Ethanol 4 Isopropanol 4.5 Gasoline 2.5 Skydrol LD4 1.5 Deionized H 2 O 5 Total (out of 65): 50.5 / Average = 3.9 5 = no effect 0 = film destroyed 3
TYPICAL PERFORMANCE DATA Variation of Epoxy : Acid Equivalents Ratio Adjusted Formula #1, Direct-to-Metal White Epoxy Enamel (Page 2) Stoichiometry 1.8 : 1.0 2.0 : 1.0 2.2 : 1.0 2.4 : 1.0 2.6 : 1.0 2.8 : 1.0 3.0 : 1.0 VOC, calculated, g/l 219.87 213.48 207.76 202.64 197.99 193.77 189.93 Dry Time, hours Set 0.50 0.50 0.50 0.50 0.50 0.80 0.80 Through 3.80 3.85 3.50 3.40 4.00 4.20 4.75 Hard 4.75 5.10 5.00 5.00 5.00 5.50 5.80 Konig Hardness 106 80 55 35 24 17 15 Impact Resistance, inch-pounds Direct 10 20 20 160 140 160 160 Reverse <10 <10 <10 80 140 160 160 Chemical Resistance, 24-Hour Spot Test, Covered 10% Acetic Acid 5 5 5 5 5 5 3.5 10% Hydrochloric Acid 5 5 5 5 5 4.5 3 10% Sulfuric Acid 5 5 5 5 5 5 4.5 10% Sodium Hydroxide 4 4 4 4 4 4 4 2% Nitric Acid 4.5 4.5 4.5 4.5 4.5 3.5 3.5 Acetone 2.5 2.5 2.5 2 2 2 2 Xylene 3 2 1.5 1.5 1.5 1.5 1.5 Methanol 4.5 4.5 4.5 4.5 4.5 4.5 4.5 Ethanol 4.5 4.5 4.5 4.5 4.5 4.5 4.5 Isopropanol 4.5 4.5 4.5 4.5 4.5 4.5 4.5 Gasoline 3 2.5 2 2 2 2 1.5 Skydrol LD4 1.5 1.5 1.5 1.5 1.5 1.5 1.5 Deionized H 2 O 5 5 5 5 5 5 5 Total (out of 65): 52 / Avg = 4.0 50.5 / Avg = 3.9 49.5 / Avg = 3.8 49 / Avg = 3.8 49/ Avg = 3.8 47.5 / Avg = 3.7 43.5 / Avg = 3.3 4
SUGGESTED FORMULATION Formula #2, Direct-to-Metal White Epoxy Enamel Low Gloss Formula Using AROFLINT 608 and AROFLINT 810 Component A Lbs. Gals. Material 244.24 29.43 AROFLINT 608 3.74 0.55 BYK A-530 (1) 1.83 0.21 Modaflow (2) 3.66 0.47 Nuosperse 657 (3) 365.32 10.97 TiPure R-902 TiO 2 (4) High-speed disperse to a 5 Hegman 61.05 7.36 AROFLINT 608 679.84 48.98 TOTAL Component B 364.20 33.26 AROFLINT 810 93.98 13.74 Isopropanol 73.08 4.02 TS 100 Silica (5) 531.26 51.02 TOTAL 1211.10 100.00 TOTAL A + B Analysis: 82.8 Percent Solids, Weight 69.2 Percent Solids, Volume 12.11 Weight per Gallon, Pounds 0.78/1.00 Pigment to Binder, Weight Ratio 21.8 Pigment Volume Concentration, % 2.0 : 1.0 Epoxy : Acid Equivalents Ratio 2.08 VOC, Pounds per Gallon 249.12 VOC, Grams per Liter Gloss: 60 o 38.8 20 o 6.7 Suppliers: (1) BYK Chemie (3) Elementis (2) Solutia (4) DuPont (5) Evonik Formula 4559-75-16 5
SUGGESTED FORMULATION Formula #3, Direct-to-Metal White Epoxy Enamel Lower VOC Formula Using AROFLINT 608 and AROFLINT 810 Component A Lbs. Gals. Material 175.72 21.17 AROFLINT 608 2.57 0.38 BYK A-530 (1) 1.32 0.15 Modaflow (2) 2.40 0.31 Nuosperse 657 (3) 240.50 7.22 TiPure R-902 TiO 2 (4) High-speed disperse to a 5 Hegman 43.93 5.29 AROFLINT 608 193.89 26.85 t-butyl acetate 660.32 61.38 TOTAL Analysis: 70.7 Percent Solids, Weight 55.8 Percent Solids, Volume 10.58 Weight per Gallon, Pounds 0.48/1.00 Pigment to Binder, Weight Ratio 13.0 Pigment Volume Concentration, % 1.6 : 1.0 Epoxy : Acid Equivalents Ratio 1.59 VOC, Pounds per Gallon 190.26 VOC, Grams per Liter Viscosity: 17 seconds, #3 Zahn Cup Component B 397.79 38.62 AROFLINT 810 397.79 38.62 TOTAL Suppliers: (1) BYK Chemie (3) Elementis (2) Solutia (4) DuPont 1058.12 100.00 TOTAL A + B Formula 4559-71-9 6