Splice Kits

  • Clear plastic bag containing a wire splice and repair kit with a yellow and red label providing instructions for heat shrinking tubing with connectors.

    Clear Splice Kits

    These kits are supplied with our clear dual wall ATHSP heat shrink tubing. The inner wall of a special thermoplastic adhesive melts and flows when heat is applied. The tubing rapidly shrinks to a skin-tight fit, forcing the melted adhesive to flow and cover the substrate. Upon cooling the adhesive solidifies, forming a permanent, non-drying, flexible and waterproof barrier. This special tubing has a greater than 3 to 1 shrink ratio. The clear tubing allows the additional advantage of seeing inside the splice. The A3C, A3C* & A4C are suitable for use with XLPE lead wire.

  • Materials for underground wire installation and repair, including a labeled bag of wiring kit, a roll of heat shrink tubing, two insulated terminals, and two crimping connecters.

    AUF Underground Wire Splices

    These kits are for UF Underground wire splices and for underwater splices where extra security is desired. Clear kits use our exclusive ATHSP tubing and only the inner tubing is clear. Black kits are supplied with the same high quality ASH tubing and connectors as our other kits. An outer heat shrink sleeve protects the splice and is always black.

  • Four black cylindrical tubes and four smaller silver cylindrical components arranged in a row on a white background.

    Black Splice Kits

    These kits are supplied with the same high quality ATHSP tubing as the A3C and A4C kits. The tubing is black rather than clear. Carbon has been added to make the tubing resistant to ultraviolet light. Black tubing is recommended when the splice is exposed to sunlight. These kits are suitable for use with XLPE lead wire.

  • Package of wire splice repair kit with instructions for heat shrinking tubing and connectors.

    Heavy Wall Black Heat Shrink Splice Kits

    These kits are supplied with our black heavy dual wall ASH polyolefin tubing. The inner wall melts and flows when heat is applied, sealing the splice.