CM Carbon Web Sling Shackles – Reliable Performance for Web Sling Applications
CM Carbon Web Sling Shackles are designed for use with synthetic web slings ranging from 2 to 6 inches in width, providing a secure and efficient connection to lifting hardware. Manufactured from heat-treated carbon steel with an alloy steel pin, these shackles offer a 4:1 design factor and working load limits from 8,000 to 23,500 lbs. A zinc-plated lynch pin secures the shackle pin in place, with optional cotter or hairpin configurations available upon request. Hot-dip galvanized for enhanced durability, these shackles ensure long-lasting performance in demanding environments. To achieve the full working load limit, loads should be evenly distributed across the pin—point loading must be avoided.
Click here to download a PDF file for additional specifications.
Order Sheet
| MPN | Size | WLL (tons) | Throat Opening | Pin Diameter | Weight (lbs) | Price | Quantity |
|---|---|---|---|---|---|---|---|
| M702 | 5/8" | 4 | 2.00" | 0.75" | 1.48 | $61.93 |
|
| M703 | 3/4" | 6.5 | 3.00" | 0.88" | 2.75 | $86.08 |
|
| M704 | 3/4" | 5.5 | 4.00" | 0.88" | 3.2 | $86.42 |
|
| M705 | 7/8" | 9 | 5.00" | 1.00" | 5 | $106.18 |
|
| M706 | 1" | 9 | 6.00" | 1.13" | 6.75 | $124.78 |
|
| M706H | 1-1/8" | 11.75 | 6.00" | 1.25" | 9.80 | $143.88 |
|
Products
CM Carbon Web Sling Shackles – Reliable Performance for Web Sling Applications
CM Carbon Web Sling Shackles are designed for use with synthetic web slings ranging from 2 to 6 inches in width, providing a secure and efficient connection to lifting hardware. Manufactured from heat-treated carbon steel with an alloy steel pin, these shackles offer a 4:1 design factor and working load limits from 8,000 to 23,500 lbs. A zinc-plated lynch pin secures the shackle pin in place, with optional cotter or hairpin configurations available upon request. Hot-dip galvanized for enhanced durability, these shackles ensure long-lasting performance in demanding environments. To achieve the full working load limit, loads should be evenly distributed across the pin—point loading must be avoided.
Click here to download a PDF file for additional specifications.