![]() ![]() Silverback Slings have a variety of mechanical properties that make them suitable for a variety of work environments. ![]() Works in a Variety of Challenging Environments The increased surface contact leads to a firm grip, reducing the chances of accidents. As a result, they can reshape and fit load-bearing surfaces perfectly. Silverback Slings use a unique oversized triple cover with a parallel laid yarn inside. Silverback Slings, on the other hand, are designed to increase their rigging efficiency considerably. In other words, they may not fit the load-bearing surface properly, resulting in an accident. Most traditional slings have reasonably large and fixed diameters in relation to the lifting potential. As a result, they can remain relatively stable in deep water, making them more suitable for offshore applications. Silverback Slings have a density of 0.97-g/cc, which is slightly lower than freshwater and even more so compared to seawater. Thus, you can lift extremely heavy loads using these slings. Compared to aramid fibers like Technora or Kevlar, Silverback Slings have up to 40% higher specific strength. Their unique chemical structure and higher elasticity make them more durable than natural fibers like cotton or jute. Polyester fibers, made to use in synthetic slings like Silverback, are not only soft but also strong. So, you can lift heavy loads in a saltwater environment without having to worry about losing the lifting capacity. However, the capacity showed only a 1% to 2% loss after 12 months of immersion. Even after six months of saltwater immersion, the slings have shown no reduction in lifting capacity. These synthetic slings are made from Honeywell Spectra® fibers. This makes them suitable for use in offshore wind power projects or deep-sea oil rigs. Silverback Slings have a high tolerance for prolonged saltwater immersion. Heavy lifting is often required in challenging environments with high temperatures or a highly saline environment. It not only makes your job less cumbersome but also proves to be less expensive as you don’t have to pay for hiring and driving ROVs. So, you don’t have to use ROVs or any other special equipment to handle them on or off the site. For example, a vertical 15′ 75-ton sling weighs less than 75 pounds. Silverback Slings, being extremely lightweight, are easy to move. You need slings that you can transport to the site and inside the location easily. That’s why using steel wire ropes is often a challenge. If you have worked in the heavy lifting industry long enough, you know that most projects require you to lift oddly-shaped objects, and you often have to work on remote locations as well. Here are a few advantages of using Silverback Slings for your heavy lifting applications: Remarkably Lightweight You can also use these slings in a range of challenging environments. However, with the introduction of slings made from synthetic fibers, like our Silverback Slings, the overhead lifting industry has found a reliable, flexible, and cost-effective alternative. On the other hand, steel ropes could lift extremely heavy loads, but they were not as flexible as the natural fiber ropes. While natural fiber slings or ropes offered flexibility, they lacked the strength to lift extremely heavy loads. Traditionally, most companies relied on ropes made from natural fibers or metals like steel to lift heavy loads. People often use slings to tie the loads to the lifting arm of the crane or a spreader bar. One of the most critical pieces of equipment required in any heavy lifting project is slings. Thanks to primary driving forces like the construction, oil and gas, mining, and offshore wind power, the global heavy lifting industry is on the rise. ![]()
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