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BrochureRaw Material
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Brochure
Chartwell International, Inc. - Brochure.
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Brochure
Chartwell International, Inc. - Listing of various applications for Chartwell products, broken down by polymer type.
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Chartwell International, Inc. - Applications include enhancing adhesion of epoxy, polyester/epoxy hybrid and urethane powder coatings to many metal substrates where liquid additives cannot be easily handled. Will improve salt fog and blistering resistance and reduce creep at the scribe. Also used for epoxy, urethane, and rubber adhesives to enhance adhesion to metals, plastics, and elastomers. Increased T-peel strength. Improved resistance to moisture, heat & corrosive environments.
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Chartwell International, Inc. - Applications include enhancing adhesion of polyester powder coatings to many metal substrates where liquid additives cannot easily be handled. Will improve salt fog and blistering resistance and reduce creep at the scribe. Also recommended for enhancing adhesion of thermoset acrylic & polyester solvent-borne coatings to metal surfaces with result-ant reduction in corrosion. Also, enhances adhesion to many plastics (oxygen containing polymers only).
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Brochure
Chartwell International, Inc. - Brochure covering the Chartsil product line.
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Chartwell International, Inc. - Applications include enhancing adhesion of high solids solvent-borne (or 100% solids) polyester, alkyd, acrylic, epoxy, and urethane coatings/adhesives. Also used for dispersion of difficult to disperse pigments, i.e. phthalo
blue/green, carbon black, etc. Also for all inorganic pigments, conductive pigments, and mineral fillers.
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Chartwell International, Inc. - Recommended for use in formulations based on sulfur cured EPDM, natural rubber, nitrile rubber, and rubber SBR. Applications include mineral-filled or carbon black pigmented sulfur cured elastomers at 1.0-3.0 phr to improve physical properties tensile, tear and abrasion resistance. Also applicable in epoxy and urethane adhesives to enhance adhesion to metals, plastics, and elastomers. Increased T-peel strength. Improved resistance to moisture, heat, and corrosive environments.
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Raw Material
Chartwell International, Inc. - Applications include epoxy, urethane, and rubber adhesives to enhance adhesion to metals, plastics and elastomers. Increased T-peel strength. Improved resistance to moisture,
heat and corrosive environments. Also applicable in coatings for enhancing adhesion of solvent-borne coatings to metal surfaces with resultant reduction in corrosion. Also enhances adhesion to many plastic surfaces. Useful in most water-borne coatings for enhanced adhesion to metal and plastic substrates.
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Chartwell International, Inc. - Recommended for use in formulations based on metal oxide cured EPDM, 2K epoxy, phenolic, & rubber/solvent-borne neoprene. Applications include epoxy, urethane, & rubber adhesives to enhance adhesion. Improved resistance to moisture, heat & corrosive environments. Applicable in coatings to enhance adhesion of solvent-borne coatings to metal surfaces with reduction in corrosion. Also enhances adhesion to plastic surfaces. Used in water-borne coatings for enhanced adhesion.
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Raw Material
Chartwell International, Inc. - Applications include epoxy, urethane, and rubber adhesives to enhance adhesion to metals, plastics, and elastomers. Increased T-peel strength. Improved resistance to moisture,
heat and corrosive environments. Also used in coatings for enhancing adhesion of solvent-borne coatings to metal surfaces with resultant reduction in corrosion. Also enhances adhesion to many plastic surfaces. Useful in most water-borne coatings for enhanced adhesion to metal and plastic substrates.
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Chartwell International, Inc. - Recommended for use in formulations based on polyvinyl acetate and chloride polyvinylidene. Applications include enhancing adhesion of epoxy, urethane, alkyd, acrylic, polyester, and other water-borne coatings to metal surfaces with resultant reduction in corrosion. Also enhances adhesion to many plastic surfaces. Useful in most water-borne coatings for enhanced adhesion to metal and plastic substrates.
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Raw Material
Chartwell International, Inc. - Applications include enhancing adhesion of epoxy, urethane, alkyd, acrylic, polyester, and other water-borne coatings to metal surfaces with resultant reduction in corrosion. Also enhances adhesion to many plastic surfaces. Useful in most water-borne coatings for enhanced adhesion to metal and plastic substrates.
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Chartwell International, Inc. - Applications include most acrylic and similar latex emulsion based adhesives, & water-borne epoxy/urethane to enhance adhesion to metals, plastics, concrete, elastomers, & ceramics. Improved resistance to moisture, heat & corrosive environments. Also used in coatings for all water-borne coatings having a pH of 7-11. Will improve adhesion to all metals, improve salt fog resistance, reduce creep at the scribe, & reduce blistering.
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Raw Material
Chartwell International, Inc. - Applications include all water-borne coatings having a pH of 7-11. Will improve adhesion to all metals, improve salt fog resistance, reduce creep at the scribe, and reduce blistering. Also, improved adhesion to many plastics, concrete, rubber, wood and ceramics. Also used for most acrylic and similar latex emulsion based adhesives to enhance adhesion to metals, plastics, concrete, elastomers, and ceramics.
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Raw Material
Chartwell International, Inc. - Applications include most acrylic & similar latex emulsion based adhesives, & water-borne epoxy/urethane to enhance adhesion to metals, plastics, concrete, elastomers, &
ceramics. Increased T-peel strength. Improved resistance to moisture, heat & corrosive environments. Also used for all water-borne coatings having a pH of 7-11; including coatings formulated with acrylic/styrenated acrylic latex emulsions, & water-borne polymer dispersions of alkyds, epoxies, urethanes, & others.
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Raw Material
Chartwell International, Inc. - Applications include all water-borne coatings having a pH of 7-11. Also used for most acrylic and similar latex emulsion based adhesives, and water-borne epoxy/urethane to enhance adhesion to metals, plastics, concrete, and elastomers, and ceramics.
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Raw Material
Chartwell International, Inc. - Recommended for use in formulations based on water-borne epoxy. Applications include most acrylic and similar latex emulsion based adhesives, and water-borne epoxy/urethane to enhance adhesion to metals, plastics, concrete, elastomers, and ceramics. Improved resistance to moisture, heat and corrosive environments. Also used for all water-borne coatings having a pH of 7-11. Will improve adhesion to all metals, improve salt fog resistance, reduce creep at the scribe, and reduce blistering.
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Raw Material
Chartwell International, Inc. - Applications include most acrylic and similar latex emulsion based adhesives, and water-borne epoxy/urethane to enhance adhesion to metals, plastics, concrete, elastomers, and ceramics. Increased T-peel strength. Improved resistance to
moisture, heat and corrosive environments. Also used for all water-borne coatings having a pH of 7-11. Will improve adhesion to all metals, improve salt fog resistance, reduce creep at the scribe, and reduce blistering.
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Raw Material
Chartwell International, Inc. - Recommended for use in formulations based on water-borne alkyd, water-borne acrylic, water-borne epoxy, water-borne neoprene, and styrenated acrylic. Applications include all water-borne coatings having a pH of 7-11. Recommended for 2K urethanes and 2K epoxy. Will improve adhesion to all metals, improve salt fog resistance, reduce creep at the scribe, and reduce blistering. Also, improved adhesion to many plastics, concrete, rubber, wood and ceramics.
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Raw Material
Chartwell International, Inc. - Recommended for use in formulations based on water-borne acrylic, water-borne epoxy, & styrenated acrylic. Applications include most acrylic & similar latex emulsion based adhesives, & waterborne epoxy/urethane to enhance adhesion. Improved resistance to moisture, heat & corrosive environments. Also used for all water-borne coatings having a pH of 7-11. Will improve adhesion to all metals, improve salt fog resistance, reduce
creep at the scribe, & reduce blistering.