A veneer product and system includes a body having an aesthetic front surface and a back surface for installation adjacent the building. The body has a top side and a bottom side and a bracket attached to body and projecting away from the back surface of the body, the bracket further comprising a first end adjacent the top side for attachment to the building and a first protrusion for positioning the back surface a predetermined distance from the building and a second end having a second protrusion for positioning the bottom of the back surface a predetermined distance from the building and a bottom projection adjacent the bottom side for engagement with a second body to retain the bottom end of the veneer product.

A veneer product and system includes a body having an aesthetic front surface and a back surface for installation adjacent the building. The body has a top side and a bottom side and a bracket attached to body and projecting away from the back surface of the body, the bracket further comprising a first end adjacent the top side for attachment to the building and a first protrusion for positioning the back surface a predetermined distance from the building and a second end having a second protrusion for positioning the bottom of the back surface a predetermined distance from the building and a bottom projection adjacent the bottom side for engagement with a second body to retain the bottom end of the veneer product.

An outer wall of a building includes a plurality of spaced apart vertical frames, an outer board provided on the outer surfaces of the plurality of vertical frames, an outer insulating material provided on the outer surface of the outer board, and outer wall panels provided on the vertical frames with at least one support member therebetween. The support member is fixed to the vertical frames via the outer board. The outer wall panels are fixed to the support member via support metal fixtures.

An integrated fiber cement and foam cladding system is provided that incorporates foam or similar light weight material to improve the insulation capacity of the cladding system. The system includes at least a fiber cement layer and a foam layer disposed on the backside of the fiber cement layer. The system improves the R-value of the building, a measure of the building's resistance to transferring heat or thermal energy.

A prefabricated concrete element (10) having a textile reinforcement (17) comprising fastening elements (12, 13, 14, 15), which are connected directly to the reinforcement (17). The fastening elements (12 to 15) can have a bent form and pass through a flat side of the prefabricated concrete element (10). The fastening elements can also have a straight or elongated form and emerge on narrow sides of a plate-shaped prefabricated concrete element (I 0). Because of the direct connection between the fastening element (12 to 15) and the reinforcement (17), the prefabricated concrete element can have an especially extensive and thin form and thus can be used as a faade panel.

A veneer product and system includes a body having an aesthetic front surface and a back surface for installation adjacent the building. The body has a top side and a bottom side and a bracket attached to body and projecting away from the back surface of the body, the bracket further comprising a first end adjacent the top side for attachment to the building and a first protrusion for positioning the back surface a predetermined distance from the building and a second end having a second protrusion for positioning the bottom of the back surface a predetermined distance from the building and a bottom projection adjacent the bottom side for engagement with a second body to retain the bottom end of the veneer product.

A single-layer reinforced concrete panel in the field of construction can be used in the construction of multilayer outer walls of residential, public and industrial buildings. The effect is achieved by the fact that a single-layer reinforced concrete panel for mounting a hinged facade, reinforced with a mesh, is equipped with embedded parts in the form of plastic sleeves of a cone-shaped shape, formed at the intersection of the longitudinal and transverse rods of the reinforced mesh, for fastening fasteners and driven dowels, and the location of the plastic sleeves corresponds to the location of the hinged facade brackets attached to the plastic sleeves with fasteners, and the location of the driven dowels for fixing the insulation. The use of the panel increases the pull-out force and the reliability of fastening the hinged facade bracket and insulation.

An acoustic leveling clip includes an insert formed from a flexible, acoustically insulating material. The insert includes a flanged end and cylindrical body having male threads. The leveling clip further includes a mounting clip that has an aperture and female threads. The cylindrical body of the insert is configured to extend through the aperture. In this manner, the mounting clip is movable along the cylindrical body of the insert by way of the male threads and the female threads.

A faade (100) comprising at least one faade panel (112) having a front face (131) and a rear face (113) and at least two panel support elements (108). Each panel support element (108) comprises a first arm (110), a second arm (109) wherein at least a portion of the second arm (109) is attached to the rear face (113) of the faade panel (112). The panel support element (108) also comprising at least two panel retaining elements (101), each comprising a first flange (104) and a channel 106, wherein at least a portion of the second arm (109) of the panel support element (108) is restrained within the channel (106) and each panel retaining element (101) is attached to a building structural substrate (102).

Provided is a method of installing a tile mosaic upon a vertical concrete surface. The method includes providing a plurality of tiles, a tile support, and a concrete form. The plurality of tiles are adhered to the tile support to define a mosaic assembly. The tiles are positioned on the tile support corresponding to the mosaic. The mosaic assembly is connected to the concrete form, and concrete is poured within the concrete form such that a portion of the tiles become embedded within the concrete. The tile support is subsequently detached from the concrete form and the concrete form is removed from the hardened concrete. The tile support is additionally removed from the plurality of tiles to reveal the mosaic on vertical surface of the concrete structure.