Compact 3" X 16' Twin-path® Sparkeater® High Performance Roundsling | Vertical Cap: 10,000 Lbs. Holiday Edition [QvTl6K2F]

3" x 16' Twin-Path Sparkeater High Performance Roundsling

The Twin-Path Sparkeater High Performance Roundsling is a state-of-the-art lifting solution designed for demanding environments. This versatile sling boasts a 10,000 lb. vertical capacity, making it ideal for heavy-duty lifting tasks. Constructed with a 3" diameter and a 16' length, it offers exceptional strength and durability. The Sparkeater sling stands out for its lightweight design, which not only enhances handling but also contributes to improved efficiency on the job site.

Heat-Resistant Sling Construction

Engineered for hot environments, the Sparkeater sling can withstand temperatures ranging from -40˚F to 300˚F, making it an excellent alternative to traditional wire rope or chain slings. Its construction features two independent paths of Aramid heat-resistant core yarn, encased in a protective Nomex® jacket. This innovative design ensures both heat and flame resistance, while the jacket guards against damage, extending the lifespan of the sling. In the event of jacket damage, the core yarn remains intact, allowing for potential repair and reuse, making it a cost-effective choice.

Superior Safety and Versatility

The Sparkeater sling is equipped with a tattle tail inspection system, providing a clear indication of overload, enhancing safety during lifting operations. Its non-conductive, non-corrosive, water-resistant, and UV-resistant properties make it suitable for a wide range of applications. Load-tested to 200% of capacity and meeting ASME B30.9 standards, this sling is a reliable choice for professionals in various industries. Whether you're working in construction, manufacturing, or any other field that requires heavy lifting, the Sparkeater sling offers the performance and safety you need. Explore our selection of shackles, including the Crosby G-2160 and Van Beest P-6033, to complete your lifting setup. For a comprehensive guide on calculating bearing stress, refer to our blog.