Carbon Stainless Steel Swivel Lifting Eye Bolt Lifting Rings Swivel Lifting Point

The lifting device includes rotating eyebolts, lifting rings, and rotating lifting points. The rotating design allows for flexible rotation and angle adjustment during the lifting process, adapting to different lifting directions without generating additional stress. The eyebolt and ring structure provide safe connection points for slings, hooks, and other lifting tools.

1. Hoisting metal components with swivel lifting eye bolts in machinery manufacturing workshops
2. Lifting heavy equipment using swivel lifting rings in industrial plant installation
3. Securing loads with swivel lifting points for warehouse goods stacking and transfer
4. Handling stainless steel tanks/pipes with stainless steel lifting components in food processing facilities
5. Using carbon steel swivel lifting tools for construction material (e.g., steel beams) hoisting on dry job sites

1. Q: What’s the difference between carbon steel and stainless steel options for these lifting components?

   A: Carbon steel works for general dry environments (e.g., construction sites) with basic anti-rust treatment, while stainless steel (304/316) offers better corrosion resistance for damp or mild chemical scenarios (e.g., food processing facilities).

2. Q: Why is the "swivel" design important for these lifting products?

   A: The swivel design allows 360° horizontal rotation and 0°–90° vertical tilt, adapting to different hoisting directions to avoid twisting the lifting tool or adding extra stress to the load.

3. Q: What’s the function of the "eye bolt" compared to the "lifting ring"?

   A: Eye bolts have a threaded shank for direct installation on components, while lifting rings are often used for heavier loads—they typically have a larger contact area and higher load capacity than standard eye bolts.

4. Q: Can these swivel lifting points be used with all types of lifting tools?

   A: They are compatible with standard lifting tools like slings, hooks, and shackles, but you must ensure the tool’s rated load matches the lifting component’s capacity.

5. Q: Do these lifting components work in extreme temperature environments?

   A: Carbon steel options suit -20°C to 120°C, while stainless steel can handle -40°C to 150°C—both meet basic temperature needs for most industrial, construction, and warehouse scenarios.