Eye-Eye webbing slings are made from high tenacity 100% polyester webbing with reinforced eye loops at both ends. It can be made from one layer to four layers, which we usually call Simplex webbing sling, Duplex webbing sling, Triplex webbing sling, and the eyes can be made into Flat eyes, Twisted eyes, and Reversed eyes. Eye-eye webbing slings are versatile as they can be used in choker, vertical, or basket hitches. Polyester fabric has low elongation, so it’s better able to hold the load without the risk of shock. OEM service is also available.
Chapter 1: What are the special features of EYE-EYE Webbing slings?
1.1 Dual Connection Points: EYE-EYE Webbing slings feature two loops, one at each end of the sling. This design allows the slings to be connected at two points, providing more stable lifting and hanging.
1.2 Even Load Distribution: With two connection points, EYE-EYE Webbing slings can distribute the load more evenly, reducing wear and stress on the webbing material and thus extending the life of the sling.
1.3 Flexibility: The design of the EYE-EYE Webbing slings allows the slings to be used at different angles to suit a wide range of lifting needs. This flexibility is particularly useful for objects that need to be lifted at different heights or angles.
1.4 Safety: The double-ring connection design enhances the safety of the slings. Even if there is a problem with one ring, the other ring can still provide support, reducing the risk of accidents.
Chapter 2: How to choose the right webbing slings ?
2.1 Weight and Capacity Requirement: Firstly, determine the weight and capacity of the object you need to lift. When choosing a sling, always make sure that its capacity is greater than or equal to your needs, but do not go overboard to prevent overloading.
2.2 Working environment: Consider the type of environment in which you will be using the sling, e.g. indoor or outdoor, wet or corrosive. Select slings with abrasion and corrosion resistance according to the environment.
2.3 Length: Select slings of the appropriate length for the range of operations you require. Remember that choosing the right length ensures that the sling will not be over-tensioned or over-tightened.
2.4 Angle Limit: Different types of Webbing slings have different angle limits. Make sure that the slings you choose have the proper angle restrictions for your usage scenario.
2.5 Sling Points: Determine the type and structure of the sling points so that you can choose the appropriate sling attachment method, such as loop slings, hooks, etc.
Chapter 3: How to calculate the weight rating of webbing slings ?
3.1 Fabrication factor: Used to compensate for the reduced strength of the webbing due to stitching and tapering. The more stitching there is, the more the strength of the webbing is reduced. For example, a double-layer sling requires more stitching than a single-layer sling, thus increasing the manufacturing factor of the double-layer sling. This increases the manufacturing factor of a double-layer sling.
3.2 Hardware strength: Hardware strength becomes a factor only if the rated strength of the hardware is lower than the rated strength of the sling. rated strength of the sling. In this case, the rated strength of the hardware will be used in calculating the rated load-carrying capacity of the sling.
3.3 Random Testing: In addition to using the above factors to calculate the rated load capacity of each sling, a random sample of slings from the production run is tested. This ensures that each new sling meets or exceeds the specifications and rated load capacity.
Chapter 4: How to operate and use Webbing slings?
4.1 Checking the slings: before use, carefully check the appearance of the Webbing slings to ensure that there are no abrasions, tears, fraying, broken wires, etc. If any damage is found, discontinue use immediately.
4.2 Choose the appropriate slings: according to the required load capacity, length, and working environment, choose the appropriate Webbing slings. make sure the load capacity of the slings is greater than or equal to the weight of the objects you want to lift.
4.3 Choose the correct connection: according to the type of lifting point and object, choose the appropriate connection, such as loop slings, hooks, etc. Make sure the connection is firm and avoid sudden loosening.
4.4 Hanging objects: Place the sling correctly on the object to be hung, and make sure the webbing material is evenly distributed on the object to avoid uneven load distribution.
4.5 Storage and Maintenance: After use, store the slings in a dry, ventilated area away from direct sunlight and chemicals. Regularly check the condition of the sling and perform maintenance to prolong its service life.
Chapter 5: How to take care of prolonging the life of Webbing slings?
5.1 Regular Inspection: Regularly inspect the appearance of Webbing slings, including the webbing material, stitching, and metal parts. Watch for wear and tear, broken threads, deformation, and other problems.
5.2 Protection from sunlight and chemicals: Avoid exposing Webbing slings to strong sunlight to avoid UV damage to the webbing material. Also, avoid contact with chemicals to prevent material damage.
5.3 Regular lubrication of metal parts: If metal parts are used in the slings, apply a suitable lubricant regularly to prevent rust and corrosion of the metal parts.
Conclusion: By choosing the right type, using it correctly and maintaining it regularly, we are able to realize the full potential of Webbing slings, extend their service life and ensure that lifting operations run smoothly. Whether you are looking for an efficient lifting solution or want to improve the safety of your lifting operations, Webbing slings is your indispensable partner. Act now and choose Webbing slings to give your lifting tasks more confidence and success!