A fence panel comprises a first frame rail that includes a first beam portion and a first fin that is adjacent to the first beam portion, and a barrier component attached to the first fin. A resistance weldment may reside at the attachment between the barrier component and the first fin. The first fin may be integral with the first beam portion. The first frame rail and the first fin may comprise a single roll form or a single extrusion.

A razor wire barrier or container is disclosed. In some embodiments, the razor wire container includes a plurality of walls defining an interior area for securing object(s) therein. The razor wire container may further include panels or razor wire along a frame defined by the plurality of walls, and a component receptacle extending along the frame. The razor wire container may include a movable access component to provide access to the object(s). The component receptacle is operable to receive a component of a machine for moving the frame. In some embodiments, the component receptacle is a hollow member operable to receive a forklift prong. In some embodiments, the section of razor wire includes one or more panels of razor wire.

Systems and methods of fencing systems are provided that incorporate tri-truss assemblies and/or self-closing gates. A tri-truss assembly may provide stability and support to a gate that is part of a portable or temporary fencing system. A tri-truss assembly may be configured to support a self-closing gate that is part of a pool fence. A tri-truss assembly may include three vertical support members. Two of the three vertical support members may include pins configured to be placed within pre-drilled holes in a surface in order to maintain the tri-truss assembly upright. A third vertical support may be a different length (shorter or longer) than the first two vertical support members and include an adjustable foot, such as a threaded bolt, configured to contact the surface and provide additional stability and/or support.

A fence support may include a first plate having a first surface and a second surface. The first and second surfaces may extend from a first end of the support toward a second end of the support. The fence support may include a second plate coupled to the first surface of the first plate. The second plate may be smaller than the first plate and offset from edges of the first plate. The fence support also may include a first peg and a second peg each extending normal from one of the first and second plates.

A gate configured to be shipped in a compact disassembled state and assembled in situ into a structurally rigid frame around an area is provided. In one embodiment, the gate includes first and second vertical support posts, a lower horizontal support, a cross-brace, first and second upper vertical posts, a screen, first and second elbow joints, and first and second Tee joints. The elbow joints are configured to couple the vertical support posts to the lower horizontal support. The Tee joints are configured to couple the vertical support posts, the upper vertical posts, and the cross-brace together. The screen is configured to be coupled to the vertical support posts, the upper vertical posts, and the lower horizontal support post. The cross-brace is configured to extend between the first and second vertical support posts at a distance below the upper end of the screen and rearwardly away from the screen.

Embodiments described herein include systems and methods for efficiently assembling a structure. In one embodiment, a system includes multiple panels, with each panel having a frame made of multiple members. Each member of the frame has at least two pairs of passageways. Each pair of passageways can include two passageways that intersect each other in a perpendicular manner. Furthermore, each passageway may pass through, and be oriented orthogonal to, the longitudinal axis of the member. The first pair of passageways can be spaced a first distance from the first end of the member, while the second pair of passageways can be spaced a second distance from the second end of the member. In some embodiments, the first and second distances are approximately equal to one another. This consistency allows for maximum interchangeability and compatibility of the members and/or panels.

A fence bracket (10), a fence bracket system, a kit of parts. a fence assembly and a method of manufacturing a fence bracket are described. The fence bracket (10) is suitable for use with a fence panel. The fence bracket has a body (12) having a base (14), a front wall (20). a first side wall (16) and a second side wall (18): and a support (22). The support (22) is provided on the front wall (20). The support (22) is configured to connect to a fence post. The front wall (20) has a region comprising an aperture (30) suitable for receiving an ancillary component (70).

A razor wire barrier or container is disclosed. In some embodiments, the razor wire container includes a plurality of walls defining an interior area for securing object(s) therein. The razor wire container may further include panels or razor wire along a frame defined by the plurality of walls, and a component receptacle extending along the frame. The razor wire container may include a movable access component to provide access to the object(s). The component receptacle is operable to receive a component of a machine for moving the frame. In some embodiments, the component receptacle is a hollow member operable to receive a forklift prong. In some embodiments, the section of razor wire includes one or more panels of razor wire.

A fencing system provides correct spacing between each fence panel and prevents misalignment between the metal anchor rods and the vertical posts of the panel frame. Panels can be installed without tools, and allow vertical lift-up and removal of the panels without tools from the metal anchor rods where there is no room between the vegetation and the fence. The panel can be reinstalled without tools by inserting the vertical post of the panel frame over the metal anchor rod, and ensures correct spacing between each panel and prevents misalignment between the metal anchor rod and the vertical post of the panel frame.

There is provided an erectable compression post for installing temporary fencing. The erectable compression post including: an upper portion positionable in engagement with a ceiling; a lower portion positionable in engagement with a floor, the upper portion moveable vertically within the lower portion; a fence retaining portion affixed to the upper portion or the lower portion; a compression assembly to bias the upper portion away from the lower portion; and a locking assembly to lock a position of the upper portion relative to the lower portion, the locking assembly including: a handle rotatably connected to the lower portion; and a tilting plate positioned around the upper portion and tiltable via urging by the handle to frictionally engage the upper portion to retain the upper portion relative to the lower portion.