Carbon Steel Lifting Clamp 3T Vertical Clamp (Opening Size 80 - 320mm
- Orange)
![]() | Specification
Package Included |
Details
| You Just Need to Rotate the Screw Shaft Counterclockwise to Loosen the Clamp, Place It on the Lower Edge of the I-beam, and Then Rotate the Screw Shaft Clockwise to Fix It on the I-beam, Which Is Simple and Convenient | It Has a Large Opening Range (3.15-12.6 Inches), Which Makes It Easy to Clamp Different Thicknesses of Beams for a Wider Range of Applications to Meet Your Different Needs | Grooved Spindle Keeps the Lifting Position in the Middle of the Load, Thus Increasing Stability. Five Carrying Points Are Pressed by the Machine, with a Small Height and Low Center of Gravity, Which Is Labor-saving and Convenient |



Application
This product is suitable for factories, warehouses, construction sites, buildings, ports, cargo lifting, railroad construction, and industrial and mining enterprises. It is widely used for lifting and connecting I-beams. The small size of this product makes it suitable for beams with low base heights. You can use it to hang hammock swings or to lift cast iron intermediates for building or repairing machines. The excellent tensile strength of 6613.87 lbs allows you to use it with more confidence and improve your work efficiency.
Key Features
Build to Last: Premium carbon steel, polishing, and plastic spraying processes make the whole product hard, corrosion-resistant, abrasion-resistant, oxidation-resistant, not easy to rust, and keep it beautiful and practical for a long time.
User-friendly Design: Built-in connection points provide high stability and reliable use. The center threaded shaft is easily secured and prevents loosening. The clamping jaws are designed to spread the load away from the edge of the crossbeam flange, minimizing stress on the crossbeam.
Good Performance: High-quality materials and stable structure make the product able to withstand a tensile strength of up to 6613.87 lbs, making it easy to lift a wide variety of beams and greatly improving work efficiency.



