Versatile 5/8" X 12' 4-leg Wire Rope Bridle Sling With Eye Hooks Set [cgFTuyof]

Superior 5/8" x 12' Wire Rope Bridle Sling

The 5/8" x 12' Wire Rope Bridle Sling with Eye Hooks is a top choice in the lifting industry, offering unparalleled strength and versatility. Constructed with 4 legs, this bridle sling ensures optimal load stability, distribution, and balance, making it ideal for a wide range of lifting applications. The four-leg design provides enhanced load control, making it a preferred option over 2-leg or 3-leg slings. With its high load capacity, this sling is built to last and deliver exceptional performance.

Key Features of the 4-Leg Wire Rope Bridle Sling

This wire rope sling stands out for its exceptional features. The latched eye hooks are compatible with various attachment points, offering a secure and safe lifting experience. Each hook is marked with its working load limit for easy reference. The carbon steel construction provides a balance of strength and durability, while the mechanical splice Flemish eye configuration ensures a higher lifting capacity and reduced wear and tear. The 5/8" dia. wire sling is made from EIPS-grade IWRC bright steel rope wire, offering increased tensile strength and corrosion resistance. The wire rope classification of 6x19 ensures excellent abrasion resistance without sacrificing flexibility.

Practical Applications and Safety Standards

The 5/8" x 12' Wire Rope Bridle Sling is not just a piece of lifting equipment; it's a comprehensive solution for your lifting needs. Designed with a metal tag for capacity, care, and instruction information, this sling ensures user safety and ease of use. With a temperature range of -40°F to 400°F, it's suitable for various environments. The product meets or exceeds ASME B30.9 and OSHA 1910.184 standards, providing peace of mind in compliance. To further enhance safety, proof testing certificates are available upon request. Explore our full line of lifting and rigging equipment, including custom options, to complete your setup and ensure optimal performance.