Cables, chains, wires and lines

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Paracord 550 is a thin, 100% nylon rope with a 5/32 in (3.97 mm) diameter, nylon diamond braid cover, and seven-strand nylon core, giving it exceptional strength for its size. It is specifically designed for rugged utility applications requiring strength, durability, and compactness. This soft, pliable rope has a minimum 550 lb (249 kg) breaking strength and will stretch up to 30% of its original length before breaking.

Cotton rope is made of a widely used natural fiber, often in the form of small twines and cords. It is a strong natural fiber that is soft, pliable, and easy on the hands. Due in part to its medium strength characteristics, cotton is an excellent choice for a wide variety of common household uses, including in the kitchen, garden, for blinds, crafts, or package bundling.

Cotton rope is made of a widely used natural fiber, often in the form of small twines and cords. It is a strong natural fiber that is soft, pliable, and easy on the hands. Due in part to its medium strength characteristics, cotton is an excellent choice for a wide variety of common household uses, including in the kitchen, garden, for blinds, crafts, or package bundling.

Sisal rope is made with the fibers found in the leaf of the Agave sisalana plant and has a very rustic look and natural feel. It is a hard natural fiber that is resistant to salt water and was initially used for rope on sailing vessels. Sisal can be easily damaged by moisture, ultraviolet (UV) light, and many common chemicals. It is resistant to salt water and is often found in the form of small twines and cords. Sisal is an excellent option for medium duty use on indoor plants, in the garden, for crafts, and for package bundling.

Sisal rope is made with the fibers found in the leaf of the Agave sisalana plant and has a very rustic look and natural feel. It is a hard natural fiber that is resistant to salt water and was initially used for rope on sailing vessels. Sisal can be easily damaged by moisture, ultraviolet (UV) light, and many common chemicals. It is resistant to salt water and is often found in the form of small twines and cords. Sisal is an excellent option for medium duty use on indoor plants, in the garden, for crafts, and for package bundling.

Sisal rope is made with the fibers found in the leaf of the Agave sisalana plant and has a very rustic look and natural feel. It is a hard natural fiber that is resistant to salt water and was initially used for rope on sailing vessels. Sisal can be easily damaged by moisture, ultraviolet (UV) light, and many common chemicals. It is resistant to salt water and is often found in the form of small twines and cords. Sisal is an excellent option for medium duty use on indoor plants, in the garden, for crafts, and for package bundling.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

This forged steel screw chain shackle allows cables or slings to be connected and bulky loads to be handled with ease. It is a reliable and strong lifting eye for safe and secure handling.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

This forged steel screw chain shackle allows cables or slings to be connected and bulky loads to be handled with ease. It is a reliable and strong lifting eye for safe and secure handling.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Polypropylene is a general-purpose synthetic rope. It is inexpensive, lightweight, and does not absorb water, which allows the rope to float and makes it particularly useful for marine applications and pools. It has medium stretch characteristics that allow the rope to slowly stretch. Ultraviolet (UV) light inhibitors have been added to prevent degradation. Relative to other synthetic ropes, polypropylene does not hold knots well and has limited abrasion resistance.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

Nylon is the strongest synthetic material for commonly used DIY rope. Nylon has significant elasticity and is best used for absorbing shock loads such as experienced when towing. Nylon rope absorbs the shock, stretches, and then returns close to its original length once the load has been removed. Nylon has good abrasion resistance, does not float, and will absorb water when wet. When nylon is wet it will shrink slightly and lose 10% to 15% of its strength. Nylon is ideal for use as a tow rope, anchor line, dock line, safety lines, and tie-downs.

PVC is the most popular plastic for coating wires, as it is relatively low in cost, resilient, fire retardant, and possesses good insulating properties.

KingCord offers a line of anchor and dock lines that are specifically designed for marine applications. Nylon offers the highest workload and its ability to stretch under load reduces shock loads on a boat. This shock absorbing ability makes it particularly suitable for these types of applications. All anchor lines come with a spliced in thimble for easy attachment to an anchor rode. All dock lines come with a 10 in (254 mm) eye splice for ease of use on a cleat. Nylon double braided line has a diamond braided cover and a diamond braided core for superior strength and performance.

KingCord offers a line of anchor and dock lines that are specifically designed for marine applications. Nylon offers the highest workload and its ability to stretch under load reduces shock loads on a boat. This shock absorbing ability makes it particularly suitable for these types of applications. All anchor lines come with a spliced in thimble for easy attachment to an anchor rode. All dock lines come with a 10 in (254 mm) eye splice for ease of use on a cleat. Nylon double braided line has a diamond braided cover and a diamond braided core for superior strength and performance.

Grade 30 log chains are fitted with a grab hook at one end and a slip hook on the other. They are used for logging, towing, and load securement.

Grade 30 log chains are fitted with a grab hook at one end and a slip hook on the other. They are used for logging, towing, and load securement.

Used primarily by the trucking industry for load binding, this chain is lightweight for its strength and easy to handle. Used extensively on farms, in logging, and construction.

Used primarily by the trucking industry for load binding, this chain is lightweight for its strength and easy to handle. Used extensively on farms, in logging, and construction.

These steel repair links provide excellent fastening for a safe connection. The zinc-plated finish provides greater durability.

These forged steel replacement links are strong and durable. They provide excellent fastening for a secure connection.

These forged steel replacement links are strong and durable. They provide excellent fastening for a secure connection.

Grade 30 chain is an excellent general-purpose, low carbon steel, welded utility chain. This chain is often used on farms, in industries, and at home for general-purpose applications, such as pulling stumps, lashing cargo, truck tailgates, and guard rails. It is recommended for applications that do not require high strength-to-weight ratios.

To join 2 ends of #10 gauge ball chains.