With a rugged roller-chain design, these couplings provide excellent torque and angular misalignment capacities.

Also known as quick links, these links thread closed by hand or with a wrench.

Flat sides allow webbing and strapping to lay flat, so they won't slide and bunch.

Best for attaching different widths of webbing and strapping, the flat sides ensure they lay flat and won't bunch or slide.

Often used with transport chain, these links are good for binding, tying down, and pulling loads.

Drive the end through the eye using a ball peen hammer and then weld or flatten the extended end to close. These links are also known as cold shuts.

Restrict rope and chain movement with the narrow end, attach multiple connectors to the wide end, and then hammer these links closed.

Hang, pull, and secure loads. These rings are good for general non-lifting applications.

Smaller than lifting oblong links, these links provide room for snaps, carabiners, and other non-lifting connectors.

Hammer the pin through the center to assemble these links. They’re also known as hammer locks and sling links.

The flat side lets webbing and strapping lay flat, so they don’t slide and bunch.

Also known as master and sling links, a large inner diameter provides room to attach multiple connectors or legs on a sling.

Limit rope and chain movement with the narrow end of these links and attach multiple connectors to the wide end.

Screw the pin into position by hand for quick installation and removal. They're for use in low-vibration applications where the shackle remains stationary.

The strongest shackles we offer, these connectors have a pin with flush ends that prevents snagging and accidental disengagement.

Screw the pin into position by hand for quick installation and removal. They're for use in low-vibration applications where the shackle remains stationary.

The pins have flush ends to prevent snagging and accidental disengagement.

Screw the pin into position by hand for quick installation and removal. They're for use in low-vibration applications where the shackle remains stationary.

Cotter pins secure each end of these shackles for temporary installations.

For use in low-vibration applications where the shackle remains stationary.

A lip on the shackle keeps the pin from falling out when loosened.

For use in low-vibration applications where the shackle remains stationary.

To prevent these shackles from snagging or accidentally coming undone, their pin doesn’t stick out from their body.

Since their pin doesn’t stick out from their body, these shackles won’t snag or accidentally come undone. They have a twisted shape to prevent rope and chain from twisting and knotting.

A lip on the shackle keeps the pin from falling out when loosened.

The bolt on these shackles is fastened with a nut and cotter pin, making them more secure than shackles with a screw pin. Also known as D-shackles, they have a narrow opening that restricts the movement of wire rope and chain.

Since they close with a screw pin, these shackles are quick to install and remove by hand, but should only be used in low-vibration environments where they’ll remain stationary. Their narrow opening restricts the movement of wire rope and chain.

Pull the collar to release the shackle from its locked position.

Attach a rope to the ring on the pin for remote release where access in limited. These shackles have an eye end for connecting to a hook.

These rotate for easy positioning before a load is applied to minimize twisting and knotting of rope and chain.

For easy positioning before a load is applied, these rotate to minimize twisting and knotting of rope and chain.

Adjust the position of a fitting or an object under load and minimize twisting and knotting.

These have split rings that swing freely and pull from the center for easy alignment.

Minimize twisting and knotting of rope and chain and adjust the position of a fitting or an object under load.

These links allow you to mount chain with a screw, bolt, or rivet.

Thread chain through the hole of these links to form an adjustable loop or connect chain ends to form a longer chain.

Roller chain links engage with matched sprocket teeth to transmit power between rotating shafts.

This treated steel chain has over eight times the capacity of stainless steel chain.

Made of 316 stainless steel, this is our most corrosion-resistant chain.

A rubber ring seals grease between the bushings and pins and keeps out dust and other contaminants.

This self-lubricating nickel-plated steel chain has better corrosion resistance than steel chain and does not require regular maintenance.

This treated steel chain has over six times the capacity of stainless steel chain.

This chain is made of steel.

Also known as leaf chain and counterbalance chain, this chain is used with pulleys rather than sprockets for low-speed pulling and as counterweight chain for machine tools, elevator and oven doors, and forklift masts.

Made of treated steel, these links offer increased corrosion resistance over steel attachment links.

Twice as long as standard links, these are designed for use with Double-Pitch ANSI Roller Chain.

Connect attachments to this metric chain without disassembling it. In addition to letting you add attachments with extension pins or rods for conveyance or elevation applications, the hollow pins on this chain weigh less than standard pins.

Made of stainless steel, this chain has excellent corrosion resistance.