A non-slip shower tile comprising a rectangular base member, an abrasive surface, and at least two ribbed surfaces. The rectangular base member comprises a non-slip upper surface and a lower surface. The non-slip upper surface is configured to receive a user contact surface, for example, a foot of a user. The lower surface of the rectangular base member is positioned proximal to a floor of a shower area. The abrasive surface is positioned on the non-slip upper surface for removing dry skin or dead skin from the user contact surface. The ribbed surfaces are positioned on opposing edges of the abrasive surface for removing dry skin from the user contact surface.

The present disclosure describes a domestic appliance floor drain assembly and related methods for implementing a domestic appliance floor drain assembly. In one such embodiment, an exemplary domestic appliance floor drain assembly includes a floor drain liner with a basin to collect fluids that may be leaking from a domestic appliance; and a floor drain insert configured to fit within the basin, wherein the floor drain insert has a rigid structure that is configured to direct leaking fluids from the domestic appliance to an opening in the floor drain liner.

The present disclosure describes a domestic appliance floor drain assembly and related methods for implementing a domestic appliance floor drain assembly. In one such embodiment, an exemplary domestic appliance floor drain assembly includes a floor drain liner with a basin to collect fluids that may be leaking from a domestic appliance; and a floor drain insert configured to fit within the basin, wherein the floor drain insert has a rigid structure that is configured to direct leaking fluids from the domestic appliance to an opening in the floor drain liner.

A method and kit for renovating and reconstructing wet rooms, wherein panel modules are attached to a wall, floor, and/or ceiling of the wet room, by providing panel modules having a water-impermeable coating or core; determining an installation position of a panel module; attaching a water-resistant sealing strip section to form an outer contour of the panel module; applying a water resistant sealing adhesive to the sealing strip section such that the sealing adhesive continuously underlays edge regions of two adjacent panel modules; and pressing a first panel module onto a first subregion of the sealing adhesive and a second panel module adjoining the first panel module whereby the two adjacent side regions of the panel modules are completely underlaid with sealing adhesive to produce a seal point between the panel modules to prevent moisture from entering the wall, floor, or ceiling through a joint formed between the panel modules.

The invention relates to a floor panel, in particular a magnesium oxide based floor panel, which is preferably provided with interconnecting coupling parts for mutually connecting adjacent floor panels to each other. The invention also relates to a method of producing a floor panel, in particular a magnesium oxide based floor panel.

A composite backer board for wet space construction is disclosed, along with a method of producing the backer board. The board includes a rigid foam core of a suitable thickness for wet space construction. A first fabric layer is fixed to at least one face of the rigid foam core with a polymeric adhesive. A first polymer layer is on the first fabric layer in which the polymer layer is dimensionally stable parallel to the face of the rigid foam core. A second fabric layer is on the first polymer layer opposite the first fabric layer and forms a first face that is amenable to thin set mortar and related compositions in wet space construction.

A drain coupler includes a drain coupler body having a lower opening and an upper opening. A pliable seal is carried by or adjacent the upper opening, the pliable seal operable to form a water-tight seal about an exterior of a metallic throat section of a drain. Coupler engagement structure is carried by the drain coupler adjacent the upper opening of the drain coupler body. Cap engagement structure is carried by a cap. The cap engagement structure and the coupler engagement structure cooperatively enable removable engagement of the cap over the upper opening of the drain coupler body to temporarily cover the upper opening of the drain coupler. The cap is removable to allow insertion of the metallic throat section in the pliable seal.

An anti-slip, liquid management cover article for a flooring surface. The article includes a film defining a working face. A microstructured surface is formed at the working face, and includes a plurality of primary ridges and capillary microchannels each having a bottom surface. Each primary ridge is an elongated body having a length. A shape of a portion of at least one of the primary ridges is non-uniform in a direction of the length. The capillary microchannels facilitate spontaneous wicking of liquid. With this construction, the non-uniform shape establishes an elevated coefficient of friction at the working face as measured in multiple directions. The cover article minimizes the risk of pedestrian slippage, even in the presence of water or other liquids.

A composite backer board for wet space construction is disclosed, along with a method of producing the backer board. The board includes a rigid foam core of a suitable thickness for wet space construction. A first fabric layer is fixed to at least one face of the rigid foam core with a polymeric adhesive. A first polymer layer is on the first fabric layer in which the polymer layer is dimensionally stable parallel to the face of the rigid foam core. A second fabric layer is on the first polymer layer opposite the first fabric layer and forms a first face that is amenable to thin set mortar and related compositions in wet space construction.

A framed element includes an insulating core layer, an upper surface layer arranged on the insulating core layer, a frame structure including frame profiles which have been arranged to form at least part of the outer edges of the element and elongated support profiles in the length and/or width direction of the element. The insulating core layer is made of foamed glass or a combination of lightweight aggregates and a fire-retardant resin. The element further includes an elastic sealing compound arranged at least partly between the core layer and the upper surface layer of the element.