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Flexible Shackles for Lifting
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A flexible and lightweight option for lifting. Made of polyethylene rope with a nylon cover, these shackles wrap around a variety of lifting points without marring surfaces. All meet ASME specifications for rigging and lifting equipment. To close them, pull the bar through the loop and slide the rubber lock over each end of the bar. Keep these shackles away from sharp edges, which could cause them to break and fail.
Note: Capacities listed are for vertical lifting only. As the lift angle changes from vertical, the amount of weight the shackle can lift is significantly reduced.
Anchor Shackles for Lifting
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Flush Hammer-Set-Dowel Pin |
Your go-to choice for connecting hooks, slings, and other rigging and lifting equipment. The rounded body on these shackles supports vertical or side loads without fatiguing or warping the shape. They meet ASME specifications for rigging and lifting, so they can hoist everything from steel beams to bulldozers. Look for the manufacturer's stamp to confirm the size and weight capacity. Also known as bow shackles.
Note: Capacities listed are for vertical lifting only. As the lift angle changes from vertical, the amount of weight the shackle can lift is significantly reduced.
Flush Hammer-Set-Dowel Pin—Hammer in two dowel pins to hold the pin in place. These shackles stay put even under heavy, shifting loads and in long-term rigging setups. They also won't snag on clothing or other nearby material.
High-Strength Powder-Coated Alloy Steel—The powder-coating won't chip off as easily as paint. These shackles combine the strength of alloy steel with corrosion resistance in wet and outdoor environments.
Thk. | Opening Wd. | Pin Dia. | Inside Lg. | Inside Wd. | Wt. Cap., lb. | Specs. Met | Each | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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Flush Hammer-Set-Dowel Pin | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
High-Strength Powder-Coated Alloy Steel | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| 9/16" | 1 3/32" | 3/4" | 2 9/16" | 1 11/32" | 12,000 | ASME B30.26 | 3812T23 | 000000 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Flat Shackles for Lifting
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Safety Cotter Pin |
Lift with web slings. The wide, flat bow on these shackles prevents your sling from folding or bunching to keep loads distributed equally. All meet ASME specifications for rigging and lifting equipment. Look for the manufacturer's stamp to confirm the size and weight capacity. Also known as webbing shackles. Optional spools fit on the pin to center attachments and keep rope from sliding across the pin.
Note: Capacities listed are for vertical lifting only. As the lift angle changes from vertical, the amount of weight the shackle can lift is significantly reduced.
Safety Cotter Pin—Both a threaded nut and cotter pin hold these shackles in place. Also known as bolt-type shackles, the pin won’t slide out with movement. This means you can use these shackles with vibrating equipment and for long-term rigging setups.
High-Strength Painted Alloy Steel—The paint provides some corrosion resistance, but can chip or wear away over time.
Flexible Shackles
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A flexible, lightweight alternative to steel shackles. Made of polyethylene rope with a nylon cover, they wrap around a variety of anchor points without marring surfaces. To close them, pull the bar through the loop and slide the rubber lock over each end of the bar. Keep these shackles away from sharp edges, which could cause them to break and fail.
Warning: Not for overhead lifting.
