Electrical Connectors and Lugs

Copper compression splices—also called butt splices, inline splices, or compression sleeve connectors—are the standard method for joining two copper conductors end-to-end in permanent electrical installations. Whether you are extending a damaged service conductor, splicing underground feeder cables in a concrete-encased duct bank, or making inline taps in a transformer secondary, copper compression splices provide the

Copper compression lugs (also called crimp lugs, hydraulic lugs, or solderless lugs) are the gold standard for permanent, high-reliability conductor terminations in US electrical installations ranging from residential service entrances to large utility substations. When correctly installed with properly matched compression tooling, a copper compression lug creates a cold-welded joint with electrical resistance lower than

Copper mechanical lugs—also known as pressed lugs, bolt-on lugs, or set-screw terminal lugs—are among the most frequently installed electrical components in residential, commercial, and industrial wiring systems across the United States. When made from pressed or stamped copper, these lugs offer an economical, code-compliant solution for terminating conductors at equipment, switchgear, motor control centers, and

Copper C connectors—also known as C-tap connectors, C-clamp connectors, or parallel groove (PG) connectors—are one of the most versatile and cost-effective splice and tap connection solutions in the electrical and utility industries. When made from high-purity copper and used with a hydraulic crimp tool, C connectors create permanent, low-resistance electrical connections that meet or exceed