MECHANICAL AND CHEMICAL EMBOSSED SURFACE COVERING FIELD OF THE INVENTION

Surface coverings with mechanical and chemical embossing, and methods o f manufacture thereof, are disclosed. The surface coverings include a substrat e, a foam layer disposed on the substrate, wherein the foamed layer has a chemically embossed pattern imposed therein, a wear layer disposed on the f...

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Hauptverfasser: KAUFFMAN, WILLIAM J, BROSSMAN, CRAIG, MCQUATE, WILLIAM M
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Sprache:eng ; fre
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creator KAUFFMAN, WILLIAM J
BROSSMAN, CRAIG
MCQUATE, WILLIAM M
description Surface coverings with mechanical and chemical embossing, and methods o f manufacture thereof, are disclosed. The surface coverings include a substrat e, a foam layer disposed on the substrate, wherein the foamed layer has a chemically embossed pattern imposed therein, a wear layer disposed on the foam layer, and a mechanically embossed, cross-linked top layer disposed on the wear layer. In one embodiment, a web is formed including a substrate, a curable wear layer, an expandable foa m layer between the substrate and the wear layer, and at least one inhibitor composition disposed as a pattern proximate the foam layer. The wear layer is coated wit h a cross- linkable top coat and then heated to a temperature at which the top coat is substantially cross-linked and cured, the wear layer is substantially cured, the foam layer substantially expands, and the pattern is chemically embossed to form a surface covering. Thereafter, the surface covering is tempered to a temperature abov e ambient temperature. The top coat is then heated and at least one surface texture is mechanically embossed and set thereon. The mechanical embossing can be performed in register with a printed or chemically embossed pattern of the surface covering. In one embodiment, the surface covering lacks the top coat and the wear layer is mechanically embossed.
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The surface coverings include a substrat e, a foam layer disposed on the substrate, wherein the foamed layer has a chemically embossed pattern imposed therein, a wear layer disposed on the foam layer, and a mechanically embossed, cross-linked top layer disposed on the wear layer. In one embodiment, a web is formed including a substrate, a curable wear layer, an expandable foa m layer between the substrate and the wear layer, and at least one inhibitor composition disposed as a pattern proximate the foam layer. The wear layer is coated wit h a cross- linkable top coat and then heated to a temperature at which the top coat is substantially cross-linked and cured, the wear layer is substantially cured, the foam layer substantially expands, and the pattern is chemically embossed to form a surface covering. Thereafter, the surface covering is tempered to a temperature abov e ambient temperature. The top coat is then heated and at least one surface texture is mechanically embossed and set thereon. The mechanical embossing can be performed in register with a printed or chemically embossed pattern of the surface covering. 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The surface coverings include a substrat e, a foam layer disposed on the substrate, wherein the foamed layer has a chemically embossed pattern imposed therein, a wear layer disposed on the foam layer, and a mechanically embossed, cross-linked top layer disposed on the wear layer. In one embodiment, a web is formed including a substrate, a curable wear layer, an expandable foa m layer between the substrate and the wear layer, and at least one inhibitor composition disposed as a pattern proximate the foam layer. The wear layer is coated wit h a cross- linkable top coat and then heated to a temperature at which the top coat is substantially cross-linked and cured, the wear layer is substantially cured, the foam layer substantially expands, and the pattern is chemically embossed to form a surface covering. Thereafter, the surface covering is tempered to a temperature abov e ambient temperature. The top coat is then heated and at least one surface texture is mechanically embossed and set thereon. The mechanical embossing can be performed in register with a printed or chemically embossed pattern of the surface covering. 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The surface coverings include a substrat e, a foam layer disposed on the substrate, wherein the foamed layer has a chemically embossed pattern imposed therein, a wear layer disposed on the foam layer, and a mechanically embossed, cross-linked top layer disposed on the wear layer. In one embodiment, a web is formed including a substrate, a curable wear layer, an expandable foa m layer between the substrate and the wear layer, and at least one inhibitor composition disposed as a pattern proximate the foam layer. The wear layer is coated wit h a cross- linkable top coat and then heated to a temperature at which the top coat is substantially cross-linked and cured, the wear layer is substantially cured, the foam layer substantially expands, and the pattern is chemically embossed to form a surface covering. Thereafter, the surface covering is tempered to a temperature abov e ambient temperature. The top coat is then heated and at least one surface texture is mechanically embossed and set thereon. The mechanical embossing can be performed in register with a printed or chemically embossed pattern of the surface covering. In one embodiment, the surface covering lacks the top coat and the wear layer is mechanically embossed.</abstract><edition>7</edition><oa>free_for_read</oa></addata></record>
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subjects APPLYING LIQUIDS OR OTHER FLUENT MATERIALS TO SURFACES, IN GENERAL
DECORATIVE ARTS
LAYERED PRODUCTS
LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT ORNON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
PERFORMING OPERATIONS
PROCESSES FOR APPLYING LIQUIDS OR OTHER FLUENT MATERIALS TOSURFACES, IN GENERAL
SPECIAL DESIGNS OR PICTURES
SPRAYING OR ATOMISING IN GENERAL
TRANSPORTING
title MECHANICAL AND CHEMICAL EMBOSSED SURFACE COVERING FIELD OF THE INVENTION
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