More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys.

More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys.

Often used as bracing and guy wires, individual strands are thick solid wire for a stiff construction.

More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys and the stainless steel wire rope withstands outdoor and washdown applications.

More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys.

More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys and the stainless steel wire rope withstands outdoor and washdown applications.

More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys.

More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys and the stainless steel wire rope withstands outdoor and washdown applications.

This stainless steel wire rope withstands outdoor and washdown applications. The construction of this wire rope provides a good balance of abrasion resistance and flexibility.

This wire rope provides a good balance of abrasion resistance and flexibility.

This wire rope provides a good balance of abrasion resistance and flexibility.

This wire rope provides a good balance of abrasion resistance and flexibility.

This wire rope provides a good balance of abrasion resistance and flexibility.

This wire rope provides a good balance of abrasion resistance and flexibility.

This wire rope provides a good balance of abrasion resistance and flexibility.

This braided wire has a stiff construction for use as bracing and guy wires.

This wire rope provides a good balance of abrasion resistance and flexibility.

More wires per strand than other wire rope gives this wire rope the flexibility required for repeat bending over drums and pulleys.

This braided wire has a stiff construction for use as bracing and guy wires.

The superior corrosion resistance of nickel-copper makes this braided wire best for use with salt water and acidic- and alkaline-based solutions.

More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys.

This wire rope provides a good balance of abrasion resistance and flexibility.

More wires per strand than other wire rope provides the flexibility required for repeat bending over drums and pulleys.

To counteract rotation while under load, the outer strands are wound in the opposite direction of the core.

These clamps have a forged fabrication and are reliable in critical applications. They are not for making slings. These must be oriented with the saddle on the long (live) end and U-bolt on the short (dead) end. They’re also known as wire rope clips.

Constructed with a saddle for both the long (live) end and the short (dead) end, these clamps apply equal pressure without crimping or crushing the wire rope, so orientation doesn't matter. Also known as fist grip wire rope clips.

Make a removable loop without specialty tools for use in noncritical applications, such as fencing. Also known as tiller clamps.

Create a loop by feeding the wire rope through the clamp and tighten the set screw to secure it in place. Loosen the set screw to quickly adjust the loop. Also known as Gripple rope clamps. They are for use in noncritical applications, such as fencing.

Use these sleeves for non-lifting applications such as tethering, securing, and suspending.

Keep multiple sleeves on hand in a variety of sizes.

Also known as heavy-pattern thimbles, these can be used to reinforce the loop of a sling in accordance with ASME B30.9.

The open-end design leaves more room for connections than other thimbles.

Install these eye-end plug-lock fittings on the end of wire rope for a strong hold and finished appearance.

Use a new plug when installing a fitting on a different rope.

Place the wire rope and sleeve through a hole in the assembly block and tighten into a vise to hold. Then attach the plug driver on the end of a plug to make hammering in the plug easier.

Also known as socket-end swage fittings, install these eye-end fittings with a roller swage press for a strong, permanent hold.

Also known as socket-end swage fittings, install these clevis-end fittings with a roller swage press for a strong, permanent hold.

Add a mounting-plate to wire rope without having to fray the rope or use a compression tool.

Add a clevis end to wire rope without having to fray the rope or use a compression tool.

Compress the thin shank wall with a hand tool to attach these light duty mounting-plate-end fittings. They are also known as hand swage fittings.

Compress the thin shank wall with a hand tool to attach these light duty clevis-end fittings. They are also known as hand swage fittings.

Feed the wire rope into the opening at the bottom of these hook-end fittings and through the body for a quick and simple installation.

Secure a ball with shank to a flat surface.

Made to meet stringent military standards, the fittings on these lanyards meet MS 20664 and MS 20668.

The swivel fork allows the lanyard to rotate freely.

Attach to a threaded anchor or hole for support and use the loop to secure the suspended material.

The galvanized finish resists corrosion.

The galvanized finish resists corrosion.

This steel wire rope includes a hook with latch on one end for use with winches.

The swivel hook with latch installed on one end, prevents the wire rope from twisting. It is for use with winches.

Compress sleeves with less effort than standard compression tools.

Attach these clamps by running a wire rope through the jaws to create an attachment point anywhere along the wire rope.

Permanently mount this press on a bench top.

Often used with pulleys and sheaves, this nylon rope is more wear resistant than cotton, and has more stretch to help compensate for sudden force.

A bolt fastened with a nut and cotter pin makes these shackles more secure than screw-pin shackles.

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.

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.

One end has a bolt fastened with a nut and cotter pin for a more secure connection than flush-pin connectors.

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

Indentations in the shackle body hold the head of the pin in place once fastened.

Minimize twisting and knotting of rope and chain.

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