Abstract: A simulated leaded glass panel incorporates a glass backing sheet on which are mounted glass pieces having thin beveled edges and positioned in a desired pattern. The beveled pieces are affixed to the glass by liquid adhesive which may be activated by the application of ultraviolet light. Adhesive-backed lead strips are positioned to outline the beveled pieces and are correspondingly placed on the underside of the glass sheet to achieve the desired effect of leaded glass. Textured film pieces may be placed adjacent the beveled pieces to achieve a desired frosted glass effect.

Abstract: Simulated beveled and leaded glass products which include flat-bottomed, beveled grooves formed in the front surface of a pane of glass or plastic, forming design segments of unrelieved thickness surrounded by beveled grooves, and a plurality of lead strips bonded to the flat bottom walls of the grooves, thus enclosing the design segments and simulating beveled and leaded glass.

Abstract: Simulated stained and leaded glass windows which include bonded lead strips onto a pane of glass or plastic, forming design segments, and bonded coatings to the pane coincidental with the design segments simulating colored glass, and to a method for their preparation.

Abstract: A method of simulating stained and leaded glass windows including bonding lead strips to a pane of glass or plastic to form design segments, and bonding coatings to the pane coincidental with the design segments to simulate colored glass and the simulated stained and leaded glass structure produced by the method.