Connect two pipes that are up to 100 feet apart—cut the connector to the length you need and attach a clamp to each end.

Also known as no-hub couplings, these have a one-piece sleeve with a stop in the center, so you know your pipe is always aligned correctly.

Use in medium-pressure applications up to 230 psi.

Slip these joints over your pipe ends and tighten the band clamps for a secure hold.

Connect these fittings to thick-wall plastic pipe—they have thicker, stronger walls than standard-wall fittings, so they can handle heavy duty industrial plumbing and water supply applications, such as water processing, waste water treatment, and irrigation. They can withstand pressures up to 900 psi.

These Schedule 40 fittings are the industry standard for gravity-flow drain, waste, and vent (DWV) applications.

Use these fittings for low-pressure applications in noncorrosive environments.

The smooth finish inside these stainless steel quick-clamp fittings makes it easy to remove product residue.

Connect extra-support quick-clamp fittings for a fast and easy way to access your line.

Polished to a 20 Ra finish, these fittings have an extra-smooth interior that prevents product buildup and inhibits bacteria growth.

Connect quick-clamp fittings in high-vacuum applications.

Fittings are polished to a32 Ra and under finish on the interior.

An alternative to bolt-together fittings, these handle larger tube OD sizes and have higher vacuum ratings than quick-clamp fittings. Also known as ISO-K high-vacuum fittings, the clamps have claws that grab hold of fittings with flanged ends.

For high-vacuum systems with tube sizes too large for quick-clamp (KF) fittings, choose these bolt-together fittings.

Create airtight seals in high-vacuum systems by placing these rings between two claw-clamp (ISO-K) or bolt-together (ISO-F) fittings.

Made of nylon, these fittings are lighter in weight than metal garden hose fittings. Attach them to garden hose for a variety of water supply applications.

Splice large size wires without special tools—insert your wires and tighten the hex nut to make a connection.

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

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

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

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

Made of lead, these clamps resist corrosion to stand up to marine environments. Use a lug to attach your cable to the stud.

The straight tongue improves conductivity by increasing the surface contact between the lug and your equipment.

Thick construction makes this framing strong and sturdy.

An insert clamps the cable in place to provide more strain relief than other snap-in cord grips for building cable.

Attach grounding wire to pipes.

Connect bare-copper ground wire to grounding rods.

Create a common grounding path for not only internal components and circuits, but also your enclosure’s body.

Join two grounding wires to extend the length of your grounding connection or connect to an existing ground wire.

Add these inline T-strainers to your sanitary process line to trap solid particles during clean-in-place (CIP) cycles. They have quick-clamp sanitary tube connections, also known as tri-clamp connections, for use in dairy, food, and other process lines that require frequent cleaning and disassembly. As the high-pressure cleaning fluid flows through your line, the strainer's screen catches particles larger than 1/8" to prevent damage to pumps, valves, and other downstream components.