Method of forming images on tiles, glass or other surfaces, and articles produced by the method
OwnerDonald C. Berghauserinventor
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OwnerDonald C. Berghauserinventor
Estimating the term…
A method of producing a substrate having a color image applied thereto wherein said image was produced by a xerographic process wherein the substrate is first provided with an electrostatically applied powder coating which can be clear epoxy-polyester, acrylic, urethane or the like, curing the polyester coating to an eighty to ninety-five percent cure at a temperature of about 350°. to 400° F. applying said xerographically produced color image which has been applied to a backing sheet to said first coating and pressing said image against said first coating at about 40 psi with a press temperature of about 400° F. for about 3.5.-4 minutes, allowing the composite so produced to cool, applying electrostatically thereto a further polymer which is the same as the first polymer to encase the image therein. The composite is then heated for a sufficient time to achieve a complete cure. A further coating, such as acrylic coating may be applied and the substrate may be a glass which, in both cases, largely eliminate ultraviolet radiation from being received by the image.
A method of applying xerographically produced images to a substrate which comprises electrostically depositing a polymer on the substrate and heating such coating to achieve about a eighty to ninety-five percent cure at a temperature of 350°-400° F., producing by a xerographic process a color image on a backing layer and pressing said image against said coating with sufficient pressure to achieve a complete transfer of said image to said coating wherein the temperature of the press is about 400° F. and the period that pressure is applied by said press is in the range of three to five minutes, removing said backing layer, electrostatically depositing the same polyester as used for the first coating over said first coating and said image and heating said substrate, said coatings and said image encased between said coatings to about 350°-400° F. for a sufficient time to achieve a complete cure of said coatings and integrally to bond said coatings together.
Dependencies are inferred from the claim text.