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A. <br />�� � <br />� � <br />Hsi � � r. - <br />♦ <br />i <br />k <br />AL <br />RR <br />Content <br />ASTM Reinforced Plastic Related Standards <br />3 <br />- Sulfuric Acid <br />18 <br />Introduction <br />4 <br />- Hydrochloric Acid <br />18 <br />- Using the DIOND Chemical Resistance Guide <br />4 <br />- Nitric and Chromic Acid <br />19 <br />- Corrosion -Resistant Resin Chemistries <br />5 <br />- Hydrofluoric Acid <br />19 <br />- Markets <br />5 <br />-Acetic Acid <br />19 <br />-Applications <br />5 <br />-Acetic Acid <br />19 <br />- Ordering DION® Resins <br />6 <br />- Perchloric Acid <br />19 <br />- Warranty <br />6 <br />- Phosphoric Acid <br />19 <br />- Material Safety Data Sheets <br />6 <br />- Deionized and Distilled Water <br />19 <br />Resin Descriptions <br />7 <br />- Desalination Applications <br />20 <br />Bisphenol Epoxy Vinyl Ester Resins <br />7 <br />- Electroplating and other Electrochemical Processes <br />20 <br />Urethane -Modified Vinyl Ester Resins <br />7 <br />- Fumes, Vapors, Hood & Duct Service <br />21 <br />Novolac Vinyl Ester Resins <br />8 <br />- Flue Gas Desulfurization <br />22 <br />Elastomer -Modified Vinyl Ester Resins <br />8 <br />- Gasoline, Gasohol and Underground Storage Tanks <br />22 <br />Bisphenol-A Fumarate Polyester Resins <br />8 <br />- Ore Extraction & Hydrometallurgy <br />23 <br />Isophthalic and Terephthalic Polyester Resins <br />9 <br />- Potable Water <br />23 <br />Chlorendic Polyester Resins <br />10 <br />- Radioactive Materials <br />24 <br />Specifying Composite Performance <br />11 <br />- Sodium Hydroxide and Alkaline Solutions <br />24 <br />Factors Affecting Resin Performance <br />11 <br />- Solvents <br />25 <br />Shelf Life Policy <br />11 <br />- Static Electricity <br />25 <br />- Elevated Temperatures <br />11 <br />- FDA Compliance <br />25 <br />Laminate Construction <br />12 <br />- USDA Applications <br />25 <br />- Surfacing Veil <br />12 <br />Additional Reference Sources <br />26-45 <br />- Chopped Strand Mat <br />13 <br />Common Types of Metal Corrosion <br />46 <br />- Woven Roving <br />13 <br />- Oxygen Cell -Galvanic Corrosion <br />46 <br />- Continuous Filament Roving <br />13 <br />- Passive Alloys and Chloride Induced Stress Corrosion <br />47 <br />- Resin Curing Systems <br />13 <br />- Sulfide Stress Cracking <br />47 <br />- Post -Curing <br />14 <br />- COZ Corrosion <br />47 <br />- Secondary Bonding <br />14 <br />- Other Types of Stress Corrosion <br />47 <br />- Resin Top Coat <br />14 <br />- Hydrogen Embrittlement <br />48 <br />- Dual Laminate Systems <br />14 <br />- Sulfate Reducing Bacteria and Microbially Induced <br />48 <br />-Abrasive Materials <br />15 <br />Corrosion (MIC) <br />Selected Application Recommendations <br />16 <br />Alternate Materials <br />49 <br />- Biomass and Biochemical Conversion <br />16 <br />- Thermoplastics <br />49 <br />- Bleaching Solutions <br />16 <br />Other Thermosetting Polymers <br />49 <br />- Sodium Hypochlorite <br />17 <br />- Epoxy <br />49 <br />- Chlorine Dioxide <br />17 <br />- Phenolic Resins <br />50 <br />- Chlor -Alkali Industry <br />17 <br />- Rubber and Elastomers <br />50 <br />- Ozone <br />17 <br />-Acid Resistant Brick and Refractories <br />50 <br />- Concentrated Acids <br />18 <br />- Concrete <br />51 <br />