Lifting equipment uses chain slings to enhance safety and maximize productivity in the workplace. There are different types of slings used to lift loads. They are designed to work in stringent conditions. Some can resist high temperatures, the flexibility of movements, and have exceptional strength.
The type you use will be determined by your application. Whether you want to cable railings for construction, transportation, or mining, there are several factors to consider.
Types of Materials
If you are looking for cable and rigging supplies, you’ll find slings in different types of materials. Your lifting applications ought to have the right configuration of material, design, and cable structure. You have to keep in mind that some issues with the setup may not be easily detectable.
Therefore, it is important to carefully consider how wear, damage, and load variations, will impact the performance of the chain sling. Wire-rope configurations can either be in single or multiple assemblies. Their flexibility makes them suitable for a variety of rigging and cable needs.
An alloy stainless steel cable is recommended for high temperature and for lifting heavy loads. An alloy sling is durable and can resist corrosion in a harsh environment, where other chain slings would fail.
On the other hand, synthetic cables are flexible and inexpensive. A synthetic chain sling is preferred when the load has an irregular shape. Due to their flexibility, they can adhere to objects with varying forms. However, they are very sensitive to heat, UV radiation, and corrosion.
Components and Cable Railing Supplies
Depending on your configuration and the application, you may require some additional components. Some of them may include:
Toggle Turbucle: They can be used for a wide variety of applications, from residential to industrial. They are useful in situations where the tension of the chain sling set up may need adjustments.
Oblong Links: They allow for increased flexibility in the assembly of chain slings. They are useful where the configuration has more than two sling legs.
Hooks: There are different types of hooks you can use to facilitate loading and enhance safety.
Understand the Mechanics and Physics
When choosing lifting slings, it is critical that you understand the mechanics and physics in your application. Some of the factors you should evaluate include:
Configuration: Choose an assembly that will lift the load safely and effectively. That requires you to carefully assess the size of the leg and the sling, as well as the angle of the loading points.
Load Weight and Shape: The weight and the shape of the object could dictate the type of sling you use. Irregular shapes may require a flexible cable that can appropriately grip the load.
Maintenance: You will require additional components to facilitate lifting loads. Consider how the material will fair in that environment. You should remember that the configuration will require regular maintenance work.
You can minimize the risk of mistakes by thoroughly understanding your applications and the limits. Use quality equipment and parts that adhere to standards. You can find more information about chain slings and their components on our website.