ChemShield 1813 (Renamed to ChemShield 1713)
ChemShield 1713 is an epoxy polymer which exhibits excellent resistance to organic solvents, chlorinated solvents and compounds, caustic environments, and acidic exposures.
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Technical Data Sheet (TDS) |
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Safety Data Sheet (SDS) Part A |
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Safety Data Sheet (SDS) Part B |
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General Product Brochure (GPB) |
SIZE AVAILABILITY
| 3 Quart Kit: | |
| Resin – 1 Gallon Can | |
| Hardener – 1 Quart Can | |
| 3 Gallon Kit: | |
| Resin – 3.5 Gallon Pail | |
| Hardener – 1 Gallon Can | |
| 15 Gallon Kit: | |
| Resin – (x2) 5 Gallon Pails | |
| Hardener – 5 Gallon Pail |
TECHNICAL DESCRIPTION
ChemShield 1713 (Formerly ChemShield 1813) is a sprayable, 100% solids, high functionality, A.H.C. (Advanced Hybrid Cycloaliphatic) Phenolic Novolac Epoxy polymer which exhibits excellent resistance to organic solvents, Chlorinated solvents and compounds, caustic environments, and acidic exposures. ChemShield 1713 is a low viscosity formulation designed for wetting out fiberglass, carbon-fiber and for other composite applications. ChemShield 1713 is well suited for sewage pipe, treatment plants, petroleum refining and storage, and chemical plants. Forced Curing of this product will increase the Tg (Glass Transition Temperature) for use in higher temperature applications.
APPLICATION DATA SUMMARY
See Application Instructions for complete information on surface preparation, equipment, environmental conditions, application procedures, and safety precautions. For conditions outside the specifications or limitations described, contact Wolverine Coatings Corporation for details.
SURFACE PREPARATION
Coating performance is directly related to the quality and degree of surface preparation. Prior to overcoating, all surfaces must be clean, dry, undamaged, and free of all contaminants. For more specific information, consult the surface preparation section contained in the Application instructions.
SAFETY PRECAUTIONS
Read the Safety Data Sheet carefully before use. Safety precautions in the SDS should be carefully followed during storage, handling and use. Improper use and handling can be hazardous to health and cause fire or explosion.