OPTICAL ARTICLE COMPRISING AN EXTERNAL WATER- AND/OR OIL-REPELLENT COATING COATED WITH A TEMPORARY COATING
The optical article e.g. ophthalmic lens comprises an external water- and/or oil-repellent coating on one of its principle surfaces and a strippable coating directly deposited on the external water- and/or oil repellent coating. The external water- and/or oil repellent coating has a surface energy =...
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| creator | HABASSI, CHEFIK LY, LEANG |
| description | The optical article e.g. ophthalmic lens comprises an external water- and/or oil-repellent coating on one of its principle surfaces and a strippable coating directly deposited on the external water- and/or oil repellent coating. The external water- and/or oil repellent coating has a surface energy = 12 mJ/m 2>. The strippable coating has a surface energy >= 30 mJ/m 2>, and has a polar surface energy lower than 26 mJ/m 2>. A thickness and an elongation-to-break of the strippable coating is 15-20 mu m and = 150% respectively. The optical article e.g. ophthalmic lens comprises an external water- and/or oil-repellent coating on one of its principle surfaces and a strippable coating directly deposited on the external water- and/or oil repellent coating. The external water- and/or oil repellent coating has a surface energy = 12 mJ/m 2>. The strippable coating has a surface energy >= 30 mJ/m 2>, and has a polar surface energy lower than 26 mJ/m 2>. A thickness and an elongation-to-break of the strippable coating is 15-20 mu m and = 150% respectively. A solid content of polyurethane latex is 25-45 wt.% with respect to a total weight of the latex composition. The external water- and/or oil-repellent coating is deposited on a mono or multi-layer anti-reflection coating. |
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The external water- and/or oil repellent coating has a surface energy = 12 mJ/m 2>. The strippable coating has a surface energy >= 30 mJ/m 2>, and has a polar surface energy lower than 26 mJ/m 2>. A thickness and an elongation-to-break of the strippable coating is 15-20 mu m and = 150% respectively. The optical article e.g. ophthalmic lens comprises an external water- and/or oil-repellent coating on one of its principle surfaces and a strippable coating directly deposited on the external water- and/or oil repellent coating. The external water- and/or oil repellent coating has a surface energy = 12 mJ/m 2>. The strippable coating has a surface energy >= 30 mJ/m 2>, and has a polar surface energy lower than 26 mJ/m 2>. A thickness and an elongation-to-break of the strippable coating is 15-20 mu m and = 150% respectively. A solid content of polyurethane latex is 25-45 wt.% with respect to a total weight of the latex composition. 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The external water- and/or oil repellent coating has a surface energy = 12 mJ/m 2>. The strippable coating has a surface energy >= 30 mJ/m 2>, and has a polar surface energy lower than 26 mJ/m 2>. A thickness and an elongation-to-break of the strippable coating is 15-20 mu m and = 150% respectively. The optical article e.g. ophthalmic lens comprises an external water- and/or oil-repellent coating on one of its principle surfaces and a strippable coating directly deposited on the external water- and/or oil repellent coating. The external water- and/or oil repellent coating has a surface energy = 12 mJ/m 2>. The strippable coating has a surface energy >= 30 mJ/m 2>, and has a polar surface energy lower than 26 mJ/m 2>. A thickness and an elongation-to-break of the strippable coating is 15-20 mu m and = 150% respectively. A solid content of polyurethane latex is 25-45 wt.% with respect to a total weight of the latex composition. 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The external water- and/or oil repellent coating has a surface energy = 12 mJ/m 2>. The strippable coating has a surface energy >= 30 mJ/m 2>, and has a polar surface energy lower than 26 mJ/m 2>. A thickness and an elongation-to-break of the strippable coating is 15-20 mu m and = 150% respectively. The optical article e.g. ophthalmic lens comprises an external water- and/or oil-repellent coating on one of its principle surfaces and a strippable coating directly deposited on the external water- and/or oil repellent coating. The external water- and/or oil repellent coating has a surface energy = 12 mJ/m 2>. The strippable coating has a surface energy >= 30 mJ/m 2>, and has a polar surface energy lower than 26 mJ/m 2>. A thickness and an elongation-to-break of the strippable coating is 15-20 mu m and = 150% respectively. A solid content of polyurethane latex is 25-45 wt.% with respect to a total weight of the latex composition. The external water- and/or oil-repellent coating is deposited on a mono or multi-layer anti-reflection coating.</abstract><oa>free_for_read</oa></addata></record> |
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| language | eng ; fre ; ger |
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| subjects | CHEMICAL COMPOSITION OF GLASSES, GLAZES, OR VITREOUSENAMELS CHEMISTRY GLASS JOINING GLASS TO GLASS OR OTHER MATERIALS METALLURGY MINERAL OR SLAG WOOL OPTICAL ELEMENTS, SYSTEMS, OR APPARATUS OPTICS PHYSICS SURFACE TREATMENT OF FIBRES OR FILAMENTS MADE FROM GLASS,MINERALS OR SLAGS SURFACE TREATMENT OF GLASS |
| title | OPTICAL ARTICLE COMPRISING AN EXTERNAL WATER- AND/OR OIL-REPELLENT COATING COATED WITH A TEMPORARY COATING |
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