A T-post insulator that includes means to attach in a plurality of locations around the post. The insulator portion of the device consists of an outer surface that wraps around the T-post about 270 degrees for optimal insulation of the wire. The wire is installed through means of a snap in action from the top center of the wire around a retaining post. The wire is insulated fully regardless if installed on a straight run or a corner installation where wrapping around the T-post is required.

An adaptable fence extension assembly integrates into a fence having metal T-posts and wooden posts. The assembly fixedly attaches to the termini of the fence posts. The assembly comprises an arc-shaped member that increases the height, depth, and visibility of the fence. The arc-shaped member has an interior channel having a spine that runs along the length of the interior channel. A longitudinal slot and tine enable fastening to the fence posts. When integrated into a metal T post, the longitudinal slot receives a metal T post terminus for fastening thereto. Cleats protruding from the tines, provide slots for the securing of the assembly with wire to a metal t-post. The slots provide a channel for screws and nails when attaching the assembly to wooden post. A concave side of the arc-shaped member includes a U-shaped cavity having an inlet and a narrow cavity terminus for retaining electric cable.

A fence system, post, and method of manufacture are herein disclosed. The post includes a shaft, and an overmold layer extending at least a portion of a length of the shaft. The overmold layer includes a plurality of external attachment locating features for selectively securing wire locating attachments at predetermined locations along the length of the shaft. The fence system includes a plurality of the posts and a plurality of wire locating attachments configured to be attached to the external attachment locating features of the posts.

A fence standard is provided and includes a shaft and a wire support including an open ended loop. The wire support is molded onto the shaft.

A dielectric cover for an insulator and conductor in an electrical distribution includes an insulator cover portion for covering the insulator. A knob and ridge extend down from an inside ceiling of the insulator cover portion. An arm, for covering a portion of the conductor extending from the insulator, has a top keyhole, where the keyhole has a wide portion that fits over the knob in a first position and a narrow portion that restricts vertical movement of the arm in a locked position when the arm is withdrawn slightly. The arm also has a resilient tab that snaps over the ridge in the locked position, wherein the knob in combination with the keyhole restrict further withdrawing of the arm from the insulator cover portion in the locked position, and the tab contacting the ridge restricts further insertion of the arm into the insulator cover portion in the locked position.

An insulator for an electric fence, an electric fence system using the insulator, and a method of installing same are disclosed herein. The insulator includes a body having a first end and a second end, and a wire attachment portion positioned at the first end of the body. A passage passes through the wire attachment portion, the passage including a first open end, a second open end, and a waist region between the first open end and the second open end. The diameter of the passage at the first open end and the diameter of the second open end are both greater than at the waist region.

An insulator for notifying an animal when an electric fence is provided. The insulator may include a clip for attaching the insulator to the fence. Metal contact points may draw power from the electric fence when the fence is active, or the insulator may be powered through induction. The insulator may also include a circuit board or controller that receives power from the fence and translates it into an output directed to a notification device. The notification device may comprise a light that produces a visual notification or a speaker that produces an audible notification.

An insulator for an electric fence having at least one wire is described. The insulator includes a body having a first end and a second end, a post connector portion at the first end of the body for connecting the insulator to a fence post, a wire attachment portion at the second end of the body, and at least one shield surrounding and extending outwardly from the body at a position away from the connector portion towards the second end, the shield including lateral portions on either side of the body. The lateral portions of the shield angle away from the second end of the body towards the first end of the body, such that when installed a straight section of the wire cannot bear against respective edges of both lateral portions simultaneously, and pass along their entire lengths, without contacting the fence post.

A nestable and stackable electric fence insulator is provided having a latching structure by which a plurality of insulators of like construction are oriented, at least partially nested and connected to one another in a secure, space-efficient and organized manner. A plurality of like electric fence insulators, each including a body having a mounting end and an electric fence wire engaging end and including at least one latching structure on an upper surface and at least one latching structure on a lower surface, may be stacked one on top of another in a connected and nested relationship. An electric fence insulator package is also provided that includes multiple electric fence insulators secured to one another in a stacked arrangement by a latching structure formed on each insulator, and a packaging surrounding and containing the stacked arrangement of insulators.

A nestable and stackable electric fence insulator is provided having a latching structure by which a plurality of insulators of like construction are oriented, at least partially nested and connected to one another in a secure, space-efficient and organized manner. A plurality of like electric fence insulators, each including a body having a mounting end and an electric fence wire engaging end and including at least one latching structure on an upper surface and at least one latching structure on a lower surface, may be stacked one on top of another in a connected and nested relationship. An electric fence insulator package is also provided that includes multiple electric fence insulators secured to one another in a stacked arrangement by a latching structure formed on each insulator, and a packaging surrounding and containing the stacked arrangement of insulators.