A covering is provided to cover an opening in a surface through which a tubular member extends. The covering includes a base of a predetermined thickness and which is larger in diameter than the tubular member. The base defines an aperture which coincides with a central axis of the base. The base has a medial portion which tapers such that an outer diameter of the medial portion exceeds an inner diameter of the medial portion adjacent to the aperture. The aperture coincides with a central axis of the medial portion. A ring is disposed between the inner diameter of the medial portion and the aperture. A plurality of teeth are arranged circumferentially around the ring away from the medial portion, are spaced from each other and project inward from the medial portion, and are structured to grip the tubular member so as to secure the tubular member in place.

An adjustable escutcheon assembly is provided which can be installed flush against a ceiling, wall, or other surface where a supply pipe exits the ceiling, wall, or surface at various angles. The assembly includes a fitting having a curved bearing surface and an aperture for receiving the supply pipe, a retainer which bears against and is adjustable with respect to the curved bearing surface of the fitting, and an escutcheon plate mountable to the retainer. During installation, the retainer and escutcheon plate can be rotated with respect to the pipe and fitting in order to allow flush installation of the retainer and escutcheon against the ceiling, wall, or surface at a variety of angles.

A universal rough-in valve (20) includes a valve chamber (34) configured to receive a valve manifold (72). The universal rough-in valve includes a first valve inlet (22) configured to provide a pathway for fluid from a first supply line to the valve chamber and a second valve inlet (24) configured to provide a pathway for fluid from a second supply line to the valve chamber. The universal rough-in valve includes a first valve outlet (29) configured to provide a pathway for fluid from the valve chamber to a first outlet line, and a valve manifold (72) coupled to the valve chamber.

A sink including a body defining a vessel volume having an interior surface, wherein the body includes a bowl, where the bowl includes a base wall and at least one side wall extending from the base wall, where the bowl at least partially defines the interior surface, and a cup, where the cup includes a strainer plate defining one or more apertures therein and at least one side wall, where the cup at least partially defines the interior surface, where the body is formed from a single continuous piece of sheet material, and where the minimum thickness of the material forming the cup is no less than 50% of the maximum thickness of the material forming the bowl.

A removable drain includes a grill grate including at least one aperture and at least one grill grate first fastener opening configured to receive a first fastener, and a support flange configured to support the grill grate and configured to be coupled to an existing drain, the support flange having a central opening and including a recessed flange extending into the opening from an interior wall for the support flange and on which the grill grate can be accommodated, at least one first support flange fastener opening configured to receive the first fastener, and at least one second support flange fastener opening configured to receive a second fastener, wherein the grill grate is configured to be detachably coupled to the support flange by the first fastener and wherein the support flange is configured to be detachably coupled to an existing drain structure by the second fastener.

A plumbing fastener having a retaining ring to encircle a continuous pipe is described. The plumbing fastener may have a fastener flush with the retaining ring. The plumbing fastener may have a joint with a male tab and a female slot configured to receive the male tab, including a T-joint, a joint with a tongue, or a joint with first angled walls and second angled walls. In the T-joint, a male tab includes a T-joint tab received by a female slot. In the joint with first angled walls and second angled walls, a male tab includes first angled walls configured to be received by a female slot with second angled walls. Fasteners may be an elastomer, a silicone, a rubber, a flexible plastic, or a flexible metal. Some rings may have an interior ring surface with a concave cross-section to adhere to a portion of the continuous pipe using suction.

A sink including a body defining a vessel volume having an interior surface, wherein the body includes a bowl, where the bowl includes a base wall and at least one side wall extending from the base wall, where the bowl at least partially defines the interior surface, and a cup, where the cup includes a strainer plate defining one or more apertures therein and at least one side wall, where the cup at least partially defines the interior surface, where the body is formed from a single continuous piece of sheet material, and where the minimum thickness of the material forming the cup is no less than 50% of the maximum thickness of the material forming the bowl.

A pipe covering assembly covers a gap defined between an exterior surface of a pipe and an opening in a wall through which the pipe extends. The pipe covering assembly includes a substrate layer having a through-hole for receiving the pipe, a front surface and a rear surface. A mesh material layer is either attached to or contained within the substrate layer. An adhesive layer is directly applied to the rear surface of the substrate layer, wherein the adhesive layer includes an adhesive that is configured to be applied to the wall and the pipe. A plurality of concentric rings are either printed on the front surface of the substrate layer or disposed on a layer that is applied to the front surface of the substrate layer, each ring of the concentric ring corresponding to a pre-determined pipe diameter.

A universal rough-in valve (20) includes a valve chamber (34) configured to receive a valve manifold (72). The universal rough-in valve includes a first valve inlet (22) configured to provide a pathway for fluid from a first supply line to the valve chamber and a second valve inlet (24) configured to provide a pathway for fluid from a second supply line to the valve chamber. The universal rough-in valve includes a first valve outlet (29) configured to provide a pathway for fluid from the valve chamber to a first outlet line, and a valve manifold (72) coupled to the valve chamber.