Abstract: The present invention discloses a surface covering, in particular a floor or wall covering comprising: - a substrate A, having an upper and a lower surface, said substrate (A) being characterized by a deformation of less than 40 degrees, preferably of less than 30 degrees, more preferably of less than 20 degrees, most preferably of less than 10°, as measured for a rectangular substrate A sample with dimensions of 160 mm×450 mm, partially contacting and fixed in a horizontal position to a plate support, so that exactly a 160×300 mm part of said sample exceeds the edge of the plate support and is free of support during the deformation measurement, ? the deformation being recorded 30 seconds after removing means that prevent a deformation of the 160×300 mm part under the influence of its own weight, ? the deformation, being the angle, in degrees, between the horizontal position and the position after 30 seconds, of the extreme bottom edge of the freely suspended 160×300 mm part of said rectangular substrate samp

Abstract: The present invention discloses a surface covering, in particular floor or wall covering, comprising at least one polymer layer comprising a blend of polymers, said blend of polymers comprising from 6.5 to 93.5% by weight of a cellulose ester and from 93.5 to 6.5% by weight of one or more polymers selected from the group consisting of (meth)acrylate comprising (co)polymers, vinyl alkanoate comprising (co)polymers, vinylacetals (co)polymers, (co)polyesters, (co)polyamides, polyurethanes, nitrile (co)polymers, styrene (co)polymers, vinylchloride (co)polymers, olefin (co)polymers, and ionomers.

Abstract: The present invention is related to decorative multi-layer surface coverings comprising a wear layer, wherein said wear layer comprises a polymer blend, said polymer blend comprising polylactic acid and one/or more (meth)acrylate comprising polymer(s).

Abstract: The present invention concerns a surface covering element comprising: a mineral substrate layer, optionally coated with a suitable primer; a decor printed onto the substrate layer, forming a decor layer; and—a transparent protection layer obtained from a curable polymer formulation. It further concerns a process for its manufacture comprising the following steps: a. providing a mineral substrate layer; b. optionally, applying a primer onto at least one surface of the mineral substrate layer; c. printing a decor onto the substrate layer; and d. coating the printed decor with a transparent protection layer obtained from a curable polymer formulation.

Abstract: A decorative surface covering element has a height of 4 mm or less from its top surface to the bottom surface. The surface covering element is configured as a multi-layered compound with a polymer-based core layer laminated between a backing layer and a wear layer, the core layer comprising a core material having a lesser shore hardness than the backing layer and the wear layer. The surface covering element comprises a first connecting profile, integral with the multi-layered compound, that extends along at least one of the edges of the surface covering element. The first connecting profile comprises at least one protrusion realized in the core layer, the protrusion having side surfaces for being seized between opposite surfaces of a recess in a second connecting profile, configured for mating with the first connecting profile, of another decorative surface covering element.

Abstract: The present invention is related to decorative multi-layer surface coverings comprising a wear layer, wherein said wear layer comprises a polymer blend, said polymer blend comprising polylactic acid and one/or more (meth)acrylate comprising polymer(s).

Abstract: The present invention is related to decorative multi-layer surface coverings comprising a core layer, wherein said core layer comprises a polymer blend, said polymer blend comprising polyvinyl butyral and polylactic acid.

Abstract: The present invention concerns a surface covering element comprising: a mineral substrate layer, optionally coated with a suitable primer; a decor printed onto the substrate layer, forming a decor layer; and—a transparent protection layer obtained from a curable polymer formulation. It further concerns a process for its manufacture comprising the following steps: a. providing a mineral substrate layer; b. optionally, applying a primer onto at least one surface of the mineral substrate layer; c. printing a decor onto the substrate layer; and d. coating the printed decor with a transparent protection layer obtained from a curable polymer formulation.

Abstract: A decorative surface covering element has a height of 4 mm or less from its top surface to the bottom surface. The surface covering element is configured as a multi-layered compound with a polymer-based core layer laminated between a backing layer and a wear layer, the core layer comprising a core material having a lesser shore hardness than the backing layer and the wear layer. The surface covering element comprises a first connecting profile, integral with the multi-layered compound, that extends along at least one of the edges of the surface covering element. The first connecting profile comprises at least one protrusion realized in the core layer, the protrusion having side surfaces for being seized between opposite surfaces of a recess in a second connecting profile, configured for mating with the first connecting profile, of another decorative surface covering element.

Abstract: The disclosure generally relates to a wear resistant turbine fan blade having a composite lubricated sheet adhered to a root of the turbine fan blade and having improved tribological properties at high temperatures.

Abstract: The disclosure generally relates to rotor disks and rotor assemblies having a composite lubricated sheet adhered thereon and having improved tribological properties at high temperatures.

Abstract: The disclosure generally relates to wear resistant articles such as a turbine fan blade, a rotor disk, etc. having a composited lubricated sheet adhered thereon and having improved tribological properties at high temperatures.