NANOARC® ALUMINIUM OXIDE DISPERSIONS FOR COATINGS AND GRAPHIC ARTSBrochure |
Nanophase Technologies | Addition of NanoArc® Aluminum Oxide dispersions is a cost-effective method for increasing scratch resistance in various coating formulations without significantly impacting optical clarity, gloss, color or physical properties. These Aluminum Oxide particles are particularly useful for improving resistance to scuffing, marring, rub-off, light scratching and other damage to coating surfaces. | |
NANOARC® ZINC OXIDE DISPERSIONS FOR EXTERIOR COATINGSBrochure |
Nanophase Technologies | Addition of NanoArc® Zinc Oxide dispersions is a cost-effective method for improving UV resistance in various coating formulations while maintaining excellent transparency. These Zinc Oxide particles are particularly useful for long-term protection from harmful UV radiation in harsh environments. | |
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NANOARC® AL-2125Product |
Nanophase Technologies | A 45 wt% dispersion of 150 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. Improves scratch resistance in solvent-borne coating formulations. |
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NANOARC® AL-2156Product |
Nanophase Technologies | A 45 wt% dispersion of 150 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. |
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NANOARC® AL-2160Product |
Nanophase Technologies | A 45 wt% dispersion of 150 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. |
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NANOARC® AL-2255Product |
Nanophase Technologies | A 30 wt% dispersion of 20 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. |
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NANOARC® AL-2260Product |
Nanophase Technologies | A 30 wt% dispersion of 20 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. |
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NANOARC® AL-2325Product |
Nanophase Technologies | A 55 wt% dispersion of 250 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. Improves scratch resistance in solvent-borne coating formulations. |
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NANOARC® AL-2350Product |
Nanophase Technologies | A 55 wt% dispersion of 250 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. |
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NANOARC® AL-2360Product |
Nanophase Technologies | A 55 wt% dispersion of 250 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. |
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NANOARC® AL-2425Product |
Nanophase Technologies | A 50 wt% dispersion of 40 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. Improves scratch resistance in solvent-borne coating formulations. |
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NANOARC® AL-2456Product |
Nanophase Technologies | A 50 wt% dispersion of 40 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. |
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NANOARC® AL-2460Product |
Nanophase Technologies | A 30 wt% dispersion of 40 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. |
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NANOARC® AL-2825Product |
Nanophase Technologies | A 55 wt% dispersion of 800 nm Aluminum Oxide in Propylene Glycol Methyl Ether Acetate. Improves scratch resistance in solvent-borne coating formulations. |
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NanoArc® AL-2850Product |
Nanophase Technologies | A 55 wt% dispersion of 800 nm Aluminum Oxide in Water. Improves scratch resistance in water-borne coating formulations. |
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NANOARC® AL-2860Product |
Nanophase Technologies | A 55 wt% dispersion of 800 nm Aluminum Oxide in Tripropylene Glycol Diacrylate. Improves scratch resistance in UV/EB curable coating formulations. |
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NANOARC® ZN-2225Product |
Nanophase Technologies | A 40 wt% dispersion of 20 nm Zinc Oxide in Propylene Glycol Methyl Ether Acetate. Improves UV resistance in solvent-borne coating formulations. |
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NANOARC® ZN-2250Product |
Nanophase Technologies | A 40 wt% dispersion of 20 nm Zinc Oxide in Water. Improves UV resistance in water-borne coating formulations. |
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NANOARC® ZN-2425Product |
Nanophase Technologies | A 40 wt% dispersion of 40 nm Zinc Oxide in Propylene Glycol Methyl Ether Acetate. Improves UV resistance in solvent-borne coating formulations. |
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NANOARC® ZN-2456Product |
Nanophase Technologies | A 40 wt% dispersion of 40 nm Zinc Oxide in Water. Improves UV resistance in water-borne coating formulations. |
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