The present invention relates to a geometrically defined pressure-sensitive adhesive film which is produced in a continuous roll-to-roll process by means of a polyjet modeling method, wherein, due to this printing process, adhesive films no longer have to be subsequently stamped, which contributes to avoiding waste and thus conserving resources.

A panel for decoratively covering a surface is provided. The panel comprises a section made of either a tile, such as a vinyl tile, or wallpaper. The section is sized as a small rectangular section, for easy handling. The panel comprises a decorative front portion, an adhesive applied to the rear side of the decorative front portion and an adhesive protection cover applied to the adhesive and forming part of the retail packaging of the panel. The adhesive protective cover is created in two portions, a large portion to cover substantially most of the rear side of the panel and a crack and peel strip, attached to the large portion and covering the adhesive. Both portions being removable to allow the panel to be adhered to a surface; the strip being separately removable to allow for the temporary placement of the panel to allow for easy correction of its placement, prior to the remaining portion of adhesive being exposed for permanent placement.

A transfer article includes a carrier layer releasable at a release value of from 2 to 50 grams/inch from a release layer including a metal layer or a doped semiconductor layer. A functional layer overlies the carrier layer, and the functional layer includes at least one microcut inorganic layer. The microcut inorganic layer includes a pattern of cut toolmarks and plates bounded by the toolmarks, wherein each of the plates has a thickness of about 3 nanometers to about 2000 nanometers. The transfer article has a thickness of less than 3 micrometers.

A film transferring method according to an embodiment of the present invention of transferring a film adhered to a substrate to a roller in a state that a first adhesion force between the roller and the film and a second adhesion force between the film and the substrate are substantially the same includes: a transporting step of transporting the substrate and the film of which a first adhesion surface formed on one surface is adhered to the substrate in a first direction; a close contacting step of closely contacting the front end of the second adhesion surface formed on the other surface of the film that is transported with the roller rotating in the first rotation direction; and a transferring step of peeling the film from the substrate and simultaneously transferring it to the roller by peeling the front adhesion surface of the first adhesion surface from the substrate, while simultaneously transferring the front end of the second adhesion surface to the roller and continuously transporting the substrate in the first direction, wherein a first weak adhesion force that is smaller than the second adhesion force is formed between the front adhesion surface and the substrate.

The present invention relates to a vegetable components, dehydrated, sealed and waterproofed, applied for decorative purpose on garments, objects and furnishing components and its method of implementation.

A film structure, a method for manufacturing the film structure, a shell, and an electronic device are disclosed. The film structure includes a first film assembly and a second film assembly. The first film assembly includes a first film and a texture layer stacked sequentially. The second film assembly includes a second film and a ribbon unit disposed on the second film. The second film assembly is laminated on the first film assembly. The ribbon unit is located adjacent to the first film, and an orthographic projection of the ribbon unit projected on a plane on which the texture layer is located falls in the texture layer.

Decorative films including on a substrate film sequentially a flexible resin layer and an independent dot-patterned hardcoat layer, and has an elongation percentage of 10% or greater is described. These decorative films may have scratch resistance and elongation properties.

The present invention relates to a glitter comprising a foil coated with metal pigments, more particularly aluminium pigments, to a method for producing it, to the use thereof in cosmetic products, coating materials such as paints, varnishes and printing inks, for example, and in adhesives and modelling and/or moulding compositions, and also to cosmetic products, coating materials and adhesives, and modelling and/or moulding compositions which comprise the glitter.

An integrated image layer construction and method of making same resulting in a homogenous mix which can be applied it to a target surface, such as a surface of a floor, wall tile or other hard surface, to yield a durable, resistant form of decoration.

A repositionable peel-and-stick embellished wall covering is formed by a process including providing a repositionable peel-and-stick wall covering substrate having one or more layers of material with a front surface and with a self-adhesive backing covered by a peelable backing material; adding a base design to the front surface of the substrate; adding embellishments to the front surface over the base design, the embellishments including at least one of string, grasscloth, beads, or flock; and drying the wall covering.