Process Quick Reference Guide Process Type Hexavalent & Non-Hexavalent Chromate Conversion Type II-Conventional Sulfuric Type III-Industrial Hardcoat Impregnation Process Method Chemical &Temp Controlled Electro Chemical &Temp Controlled Electro Chemical &Temp Controlled Heat/Vacuum/Infusion Primary Advantages Corrosion Resistance Excellent adhesion for Paint or Rubber Conductive Forms an Excellent Barrier to Moisture Corrosion Resistance Surface Durability Color Options & Color Stability Corrosion Resistance High Wear Resistance Highly Machinable Uniform Coverage Fills Manufacturing Imperfections Reclaims parts with porosity flaws (Liquids & Gases) Fort Wayne Anodizing Production Capacity 3-State of the Art Production Lines 4- State of the Art Production Lines 3- Fully Automated Production Lines State of the Art Impregnation Line Max Part Size 21' 6" X 17" X 48" (1) 21' 6" X 17" X 48" 13'6” X 30” X 48” 32"ø x 36" Max Weight 500 lbs. 800 lbs. 3,000 lbs. 2,000 lbs. Corrosive Resistance Excellent Excellent Excellent N/A Electrical Property Maintains Conductivity Non-Conductive (2) Non-Conductive (3) N/A Galvanic Reaction Low Low None No Change Hardness N/A Hard Surface Hard (500 to 530 VPN) (4) N/A Heat Resistance Moderate Not Recommended for High Heat Applications Operating Temp to 500°C High Lubricity Not Recommended for moving part contact Moderate High (Teflon® Coating) N/A Surface Resistance Scratch Resistant Scratch Resistant High (C-60/C-70 Rockwell) N/A Thermal Property Highly Conductivity Highly Conductivity Low Conductivity N/A Thickness .0000001" to .0000005" .0001" to .001" (5) .0025 Max. 50/50 Penetration Penetrating to 5 mil Uniformity Highly Uniform to Complex Shapes Highly Uniform to Complex Shapes Highly Uniform to Complex Shapes Uniform Closure of Porous Openings Wear Resistance Moderate Good (6) High (7) No Change Workability High High High High Tolerance Specs. N/A +/- .0002” @ .001” +/- .0002” @ .002” Uncolored Appearance Iridescent Clear to Yellow Clear Grey to Black N/A