Webbing Sling – Flexible and Lightweight Alternatives to Other Lifting Equipment

Webbing Sling – Flexible and Lightweight Alternatives to Other Lifting Equipment

Webbing sling are flexible and lightweight alternatives to other lifting equipment. They can be used for multiple functions including lifting and lowering loads but they are most often associated with the carriage of goods.

Slings can be damaged if they are incorrectly used. It’s important to consult the sling manufacturer or a qualified person for advice.


Webbing slings offer great strength and flexibility when compared to other types of lifting equipment. They can be used in various hitch configurations and can help reduce scratching or denting on the load surface. These slings are also easier to rig than chain slings and can be fabricated with wide load-bearing surfaces to support larger loads.

Slings are fabricated from either nylon or polyester. The type of material chosen depends on the environment and application. Both slings are susceptible to degradation when exposed to acids or high/low temperatures. It is recommended to consult the sling manufacturer or a qualified person before using these slings in or around chemical environments.

Nylon web slings are resistant to most acids but not to strong alkalis. They are also unaffected by chlorine, sodium hypochlorite, and phenol. Polyester web slings are not affected by most acid and alkali chemicals, but they are damaged by bleaches and lyes. These slings are also susceptible to ultraviolet degradation and are recommended to be protected from UV exposure. These slings are rated for use in vertical, basket, and choker hitches and can be fabricated with flat eyes or twisted eyes.


Webbing slings can be damaged by rough handling, abuse and misuse. They must be inspected regularly to detect any damage such as cuts or tears, snags, holes, weld spatter, burns, broken and worn stitching, knots, crushing, excessive abrasion, red core showing, stretching or overloading. If any of these conditions are present the sling should be discarded or repaired. If repaired slings are to be used they should be reconditioned and proof tested by the sling manufacturer or qualified person at twice their rated load limit.

Webbing slings are usually coloured to indicate their work load limit (WLL), with nylon being marked with green labels and polyester with blue ones. Their colour also helps identify the material they are made from, which is important as certain chemicals or extreme high/low temperatures can affect their strength. Nylon web slings are unaffected by oil and grease, but aren’t recommended webbing sling for use in acidic environments or near bleaching agents (choose polyester web slings in these applications). All slings must be properly rigged and inspected prior to each use in accordance with the recommendations of the sling manufacturer and a qualified person.


Webbing slings are significantly lighter than chains and wire ropes, which can make them more portable when used in climbing applications. They are also more abrasion resistant than other materials, such as metal chain and cable.

There are many different types of webbing slings available to meet the needs of your project. Some are made of flat pieces of webbing while others are tubular in shape. They can be used to create protection, self-belay, or secure gear in the wall.

In most lifting applications, the material a webbing sling is made of won’t make much of a difference. However, some factors, such as the stretch of a sling at capacity and resistance to acids or bleaches in chemically-active environments, may be important considerations.

Typically, webbing slings are designed for use in a variety of lifting hitches including straight, choker and basket. Rated capacities for these slings can be found on the product’s label. It’s important to consult a sling manufacturer or qualified person before using a synthetic web sling in specific applications or in and around chemical environments.


When it comes to lifting heavy loads, webbing slings are one of the most versatile tools in the industry. They are used in construction projects, rigging operations, and many other applications. They are also crucial for rescuing civilians during disasters.

Webbing slings are made from flat belt straps that feature fittings or eyes, either flat or twisted, on each end. These fittings can be attached to hooks or shackles, allowing the webbing to be used in various configurations. The most common types of webbing slings include eye and eye, triangle choker, endless, and light duty cargo basket.

The polyester webbing used in these slings is resistant to moisture, chemicals, and UV radiation. This makes them ideal for use in outdoor and wet environments. They are also less likely to damage or scratch delicate surfaces compared to other materials like metal cables and chains.

When choosing a supplier for webbing slings, look for a company that adheres to stringent quality control measures. A reputable webbing sling wholesaler will webbing sling have a wide range of options and will be able to provide custom orders.


Webbing slings can be used to drag vehicles or equipment that are stuck in ditches, mud, snow and other types of terrain. They are also ideal for towing cars, lorries, diggers, buses, caravans and trailers. Firefighters often use webbing slings to safely pull injured people from danger.

While webbing slings are very safe to use, they must be carefully inspected before and after each use. If they become worn or damaged, they can present a safety hazard to personnel and damage equipment.

It’s important to choose webbing slings that are certified by a qualified person. This ensures that they have undergone rigorous testing and meet industry standards. Webbing slings should be stored away from UV lighting and extreme temperatures.

It’s also important to make sure that webbing slings aren’t pulled on or near sharp corners, hooks or choker bearing points. This is known as ‘point loading’ and can cause heat damage to the sling. This type of damage can result in heat fusion to the sling body, which reduces its strength and lifespan. This is a serious safety risk for workers and should be avoided at all costs.

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