Mount these terminals on a threaded screw or stud for a more secure connection than spade and hook terminals.

Mount these elongated ring terminals on a range of screw sizes.

A plastic cover on the barrel provides electrical insulation. These terminals can withstand temperatures up to 300°F.

When heat is applied, the enclosed solder melts, creating the most secure, electrically conductive, and environmentally sealed connection we offer.

Thicker than standard ring terminals, these are more durable.

A serrated edge on the inside of the ring grips the mounting screw for a secure hold.

Connect wire to a screw or stud at a right angle to fit connections into tight spaces.

A plastic cover on the barrel provides electrical insulation.

Rated UL 94 V-0 for flame resistance, these terminals are made of flame-retardant, self-extinguishing material to reduce the risk of fire.

Heat these terminals to shrink the insulation, creating a seal that keeps out water, salt, and contaminants.

A plastic cover on the barrel provides electrical insulation.

Easy to install, connect, and disconnect, yet difficult to shake loose. These terminals interlock with each other to make a secure connection.

These terminals withstand temperatures up to 900° F.

A plastic cover on the barrel provides electrical insulation.

Loosen your mounting screw to install—the open end eliminates the need to completely remove it.

When heat is applied, the enclosed solder melts and the insulation shrinks, creating the most secure, electrically conductive, and environmentally sealed connection we offer.

Connect wire to a screw or stud at a right angle to fit connections into tight spaces.

Add strength and stability to stranded wire to protect it from damage and speed insertion into terminal blocks.

These solid pins make it easier to insert stranded wire into screw-clamp connections.

Also known as bullet terminals, these have a round tab that requires less space than the flat tab found on most quick-disconnect terminals.

A hybrid of ring and spade terminals, these install without removing the mounting screw, yet resist being pulled off.

Connect two female quick-disconnects.

The spring-clamp terminals on these blocks make wire installation faster than other types of terminals. Push wire into the spring clamp for a secure connection that withstands vibration.

Recessed terminals prevent accidental contact with a live circuit.

Mount blocks to a panel or the surface of a machine. Also known as barrier terminal strips.

The spring-clamp terminals on these blocks make wire installation faster than with other types of terminals. Push wire into the spring clamp for a secure connection that withstands vibration.

These blocks handle at least twice as much current as standard terminal blocks.

Blocks are made of ceramic to withstand elevated temperatures.

Save time when wiring connections in a junction box; these blocks come already installed in an enclosure.

Blocks mount in a cutout and have terminals on both sides.

Stack multiple ring or spade terminals on the stud terminal; the current flows through the stacked terminals.

With the help of distribution blocks, you can take a high-current wire from your power source and connect it to one or more electrical devices.

Build your own distribution system by adding terminal blocks to these bars.

Compress the barrel twice for an extra-tight grip in high-vibration applications.

An offset tongue gives you extra space to insert wire.

Tighten the screw with a ¼" hex key wrench for a more secure connection than Hammer-On Welding Lugs.

These splices can withstand higher temperatures than insulated splices.

Visually confirm your connection through the inspection window in the insulation of these splices.

The most secure, electrically conductive, and environmentally sealed connection we offer, these splices have enclosed solder that melts when heat is applied.

Able to withstand temperatures up to 900°F, these splices are suitable for use in high-heat applications such as ovens, motors, and light fixtures.

Filled with grease, these splices resist moisture and corrosion.

When heat is applied, adhesive-lined insulation shrinks and bonds to the wires, creating a watertight seal.

A plastic cover fully insulates these splices.

A plastic cover fully insulates these splices and it's clear so you can visually confirm the connection.

Make watertight connections for underground applications.

Sealed threads make these splices weather resistant.

With a ring of solder on the inside, these heat-shrink splices create secure, water-resistant connections between wires without the need for a crimping tool.

Compress the barrel twice on each end for an extra-tight grip in high-vibration applications.

Connect wire without stripping—these splices pierce insulation.

A plastic cover fully insulates these splices and is clear so you can visually confirm the connection.

Make a quick, secure wire connection without crimping.

Made of porcelain, these connectors can withstand temperatures up to 1200°F.

Suitable for use in tight spaces, these connectors have a narrow profile that takes up less space than standard wire splicing connectors.

Grip the wings on these connectors to increase leverage when tightening.

Soft molding over the wings provides a comfortable grip.

Tap and splice multiple wires in temporarily wet environments and up to six feet underground.

Use a single splice to connect more than two wires.

Filled with gel, these wire taps seal out moisture.

Tap a main wire or add a finished terminal to the end of a wire.

Keep a variety of male/female pairs of quick-disconnect terminals on hand.

Maintain a supply of extra wire ferrules.

Thicker walls than standard battery terminal lugs make these more durable.

When heat is applied, the flux and solder mixture creates a metallic bond that is nearly twice as strong as crimping or compression connections.

Connect these clamps to cable with a crimping tool or by soldering.

When heat is applied, the flux and solder mixture creates a metallic bond that is nearly twice as strong as crimping or compression connections.

Insert your stripped cable into the compression nut and tighten; no crimping or heat is required.