A panel-post connector plate 16 for connecting a fence post 12 to an adjacent fence panel 14. The panel-post connector plate 16 comprises a plate body 84 having a post-receiving aperture 86 for receiving at least part of the fence post 12 therethrough, and a fastener receiving aperture 92 for receiving a fastener to attach the plate body 84 to a panel-body of the adjacent fence panel 14. A header-rail engagement member 94 is at or adjacent to the plate body 84, the header-rail engagement member 94 receivable in the header rail 26 of the adjacent fence panel 14. A temporary rail support device, a gravel-board retaining element, a fence post and a fence are also described.

A prefabricated modular fencing system comprises first and second fence panels, each panel having opposing side ends. Each side end carries outboard connectors. The connectors have upper sides defining one of a concavity and a convexity and have lower sides defining the other of a concavity and a convexity, and the connectors define a bore within each convexity. The convexity of a connector carried by the first fence panel may be complementary with and interfitted within the concavity of another connector carried by the second fence panel, to assemble the first and second fence panels together. A post is disposed through the bores of interfitted connectors.

A modular privacy fence system, in particular, a modular privacy fence system having fence panels with a board-on-board appearance is disclosed. The fence system includes one or more fence panels having at least two fence panel portions that are cooperatively configured such that the fence panel portions are disposed in partial overlapping relationship such that one of the fence panel portions is offset relative to an adjacent one or ones of the fence panel portions. The fence panel portions are formed within a unitary, one-piece construction and may be in the form of plastic extrusions. The fence panels are configured for coupling to adjacent fence panels, the one or more fence panels being disposed between spaced apart upper and lower rails with the fence panels being connected, respectively, to the upper and lower rails.

An enhanced security fence for use in high security situations is provided. The fence is made of high strength materials that are preferably welded together in a convenient location and sent as prefabricated sections to the installation location to form an all welded bracket-less perimeter barrier fence system. Posts with section hangers are provided and installed at a perimeter, and the prefabricated panels are quickly and securely attached to the posts. The panels can be friction fit to the posts and, if desired welded thereto. The invention includes a method of creating an enhanced security fence, that includes prefabrication of panels and rapid fitting and securing the panels to posts to more quickly create a secure perimeter in places having difficult environments.

A prefabricated modular fencing system comprises first and second fence panels, each panel having opposing side ends. Each side end carries outboard connectors. The connectors have upper sides defining one of a concavity and a convexity and have lower sides defining the other of a concavity and a convexity, and the connectors define a bore within each convexity. The convexity of a connector carried by the first fence panel may be complementary with and interfitted within the concavity of another connector carried by the second fence panel, to assemble the first and second fence panels together. A post is disposed through the bores of interfitted connectors.

A fence lift system and method of use comprises a plurality of post members; a plurality of panel members and a plurality of lift members. The post members are laterally spaced, and the panel members are secured between the post members. Each lift member is secured to a post member and attached to a panel member and configured to raise and lower the panel member.

A modular fence is disclosed that includes a metal frame that includes a top rail, a bottom rail, and a horizontally extending intermediate rail that are connected between upright vertical rails. The plastic planks are fixedly attached to an intermediate connector that is adapted to be assembled to the intermediate rail with fasteners. Top and bottom brackets are attached to the top and bottom rails. Top and bottom ends of the, plastic planks are received in a gap or channel defined by the top and bottom brackets but are not fastened to the brackets. Alternatively, the top and bottom brackets may be attached to the ends of the plastic planks and the brackets may be assembled to the top and bottom rails with a gap defined between the brackets and the respective rails.

Panoramic fencing includes features that impart a dynamic appearance to fencing.

An enhanced security fence for use in high security situations is provided. The fence is made of high strength materials that are preferably welded together in a convenient, location and sent as prefabricated sections to the installation location to form an all welded bracket-less perimeter barrier fence system. Posts with section hangers are provided and installed at a perimeter, and the prefabricated panels are quickly and securely attached to the posts. The panels can be friction fit to the posts and, if desired welded thereto. The invention includes a method of creating an enhanced security fence, that includes prefabrication of panels and rapid, fitting and securing the panels to posts to more quickly create a secure perimeter in places having difficult environments.

A pale (4) for a palisade fence, the pale (4) comprises a longitudinal web (5) and two longitudinal side portions (6, 7), respective first and second longitudinal side portions (6, 7) extending from each side of the longitudinal web (5) at an angle greater than 70 degrees and less than or equal to 90 degrees.