The disclosed TR′IT Trim Reusable Installation Tool and system is the only product of its kind that simplifies trimming forgoing the need to tape before painting while significantly reducing water intrusion points often associated with the process. The TR′IT Trim Reusable Installation Tool is uniquely designed to prevent trim replacement during removal/renovations and offers an alternative version ideal for performing external trim tasks.

A coving installation device includes a unitary structure having a first magnetic face, a second magnetic face, and a third magnetic face. The second face is joined with the first face by an arced side. The third face is joined with the second face by a linear side. The third face is joined with the first face by an angled side. The second face is perpendicular to the first face and the third face is perpendicular to the second face. The first, second, and third faces protrude from the arced, linear, and angled sides. A clean room installer using the coving installation device can independently install coving without assistance.

An engineered, flood resilient, magnetically adhered, interior wall panel and trim system is disclosed. In a preferred embodiment of the invention, the system includes galvanized steel mounting strips, magnetically adhered receiver trims, base and chair rail moldings, inside and outside corner trims with receivers, and a plurality of magnetically adhered, tongue and grooved wall panels. The system components are manufactured from waterproof, mold and mildew resistant, insect proof, and recyclable materials, and due to the magnetically adhered attachment system, the present invention's resilient characteristics enable quick and easy removal and re-installation, in the wake of recurring flood events, by those skilled in the art, without the need for nails, fasteners or power tools.

A kit for crown moldings includes crown moldings, corner moldings, joint covers, clips, and corner stems. The clips and corner stems may be secured along the walls (e.g., a room) of a structure at its ceiling. The crown moldings and joint covers may be friction fit with the clips, and the corner moldings may be friction fit with the corner stems. The crown moldings, corner moldings, and joint covers may be constructed of a polymer, such as polyurethane. The crown moldings, corner moldings, and joint covers may be secured without any direct nail, screw, or glue attachment and do not require coping cuts to install.

A cable management system includes a mounting bracket configured for mounting to a wall surface and a detached snap-on type cover member. The mounting bracket includes vertically spaced support ledges for supporting one or more cables in multiple regions of the bracket. The bracket and cover member include mating connection element protrusions which become mutually engaged to snap fit the cover to the bracket in a readily removable manner to access the cable runs. The cables are fully concealed by the cover member. In one embodiment, the bracket and cover member are configured to simulate baseboard molding in appearance and are mounted at the bottom of the wall at the interface with the floor. Coupler members complementary configured to match the profile of the cover members may be detachably coupled thereto to bridge joints or gaps between adjacent sections of cover members.

A finishing trim piece end cover system for concealing an end portion of at least a finishing trim piece, comprising at least a mounting element having an inner surface, inner side surfaces, and an outer surface. The outer surface of the mounting element is configured to be secured to a building structure. A finishing trim piece end cover element comprises at least an outer surface, at least an inner trim piece end covering portion, and at least an inner mounting portion. The inner surface and inner side surfaces of the at least an inner mounting portion are configured to receive the inner surface and inner side surfaces of the at least a mounting element, respectively, installable on the at least a mounting element. The mounting element and the end portion of the at least a finishing trim piece are substantially concealed by the finishing trim piece end cover element.

Adjustable molding assemblies and methods for bridging a gap between building elements are provided. The molding assembly includes a molding that includes a cover portion with opposing ends that are configured to contact outer surfaces of adjacent building elements. At least one flexible attachment portion extends from a lower surface of the cover portion, the at least one attachment portion including one or more interlocking elements. A track includes one or more grooves for receiving the attachment portion. One or more complementary interlocking elements are associated with each groove for retaining the attachment portion.

A resilient fixing element for releasably connecting a skirting board with a floor covering, including a first arm located under the floor covering, a second arm located over the floor covering and to be engaged with the skirting board, a connecting face connecting the first arm with the second arm, and a resilient abutment element located in an internal space between the arms. The resilient abutment element is moveable between a first position in which it is constrained and blocked lying along the connecting face and a second position in which it is extended into the internal space. An engagement element is provided to block the abutment element in its first position and to release the abutment element into its second position. A skirting board fixing system includes a skirting board and the resilient fixing element as described, the skirting board consisting of a wall abutting covering arm and a floor abutting arm, the latter being engaged with the fixing element.

A resilient fixing element (1) for releasingly connecting a skirting board with a floor covering, the fixing element (1) comprising a first arm (2) to be located under the floor covering, a second arm (3) to be located over the floor covering and to be engaged with the skirting board, and a connecting face (4) connecting the first arm (2) with the second arm (3), the fixing element (1) further comprising at least one resilient abutment element (6, 6) located in an internal space between the arms (2, 3), characterized in that the at least one resilient abutment element (6, 6) may take a first position in which it is constrained and blocked lying along the connecting face (4) and a second position in which it is extended into said internal space, wherein the fixing element (1) is CM provided with at least one engagement means (7) enabling to block the abutment element (6, 6) in its first position and to release the abutment element (6, 6) into its second position. A skirting board fixing system comprising a skirting board and the resilient fixing element according to the invention, in which the skirting board consists of a wall abutting covering arm (11) and a floor abutting arm (12), the arm (12) being engaged with the fixing element (1).

This disclosure includes a securement device for securing molding to a surface. The securement device has a base attached to a surface. A stem extends from the base and has a top portion opposite from the base. A pair of flexible curved structures extends laterally from opposite sides of the stem toward the base.