Halloween Special 3" X 20' Single-path High Performance Roundsling | Vertical Cap: 40,000 Lbs. Holiday Cheer Edition [9EWdXi1R]

3" x 20' Single-Path High Performance Roundsling

The 3" x 20' Single-Path High Performance Roundsling is a lightweight yet robust lifting solution designed for both strength and load-conforming capabilities. Engineered to be over 90% lighter than comparably-sized wire rope or chain slings, this sling is a preferred choice for riggers seeking ease of handling. Its ideal weight and flexibility make it perfect for lifting fragile cargo, ensuring both safety and efficiency in your lifting operations.

Sling Construction and Features

Constructed with K-Spec® core yarn and a protective Covermax® jacket, this endless single-path sling is not only durable but also repairable. The core yarn boasts an impressive 1% elongation at rated capacity, making it suitable for low headroom applications. The double-layer industrial-grade nylon jacket offers four times the abrasion resistance of polyester jackets, further enhancing the sling's lifespan. Key features include a Check-Fast® inspection system for damage detection, non-conductive, non-corrosive, water-resistant, and UV-resistant properties, and a temperature range from -40˚F to 180˚F, ensuring versatility in various environments.

Practical Uses and Benefits

This high-performance roundsling is a versatile tool for a wide range of lifting applications. Its endless design and impressive 40,000 lb. vertical capacity make it suitable for heavy-duty tasks while still being user-friendly. The sling's load-tested capacity to 200% of its rated load, compliance with ASME B30.9 standards, and wide temperature range make it a reliable choice for various industries. Additionally, the ability to repair the jacket without replacing the entire sling saves time and money, making it an economical solution for your lifting needs. To complement your sling, consider our wide body Crosby G-2160 or Van Beest P-6033 shackles, ensuring a complete and safe lifting system.