Side-Pull Lifting Ring | 0.3T-6T Capacity | 42CrMo Steel | Universal Rotating Screw Point

Engineered for demanding lifting tasks, the 0.3T-6T Universal G80 Side Pull Lifting Ring delivers reliable, rotating load management. This 42CrMo alloy steel screw point lifting buckle provides a secure metric die connection, supporting loads from 300kg to 6000kg with a 360-degree swivel to prevent dangerous cable twisting under load. Features and Benefits - 42CrMo Alloy Steel Construction - Offers superior tensile strength and fatigue resistance compared to standard carbon steel, ensuring long-term durability under repeated heavy loads. - 360-Degree Rotating Head - Allows the load to rotate freely, eliminating torque transfer to your lifting sling or chain and preventing dangerous kinks and damage. - G80 Certified Lifting Capacity - Rated for loads from 0.3 to 6 metric tons, providing a verified safety margin for your specified working load limit. - Side Pull Design with Screw Point - Enables easy attachment to pre-tapped holes or fixtures where top-down access is impossible, expanding your rigging options. - Metric Thread Compatibility - Designed to seamlessly integrate with standard metric machinery points and lifting eyes for a secure, reliable connection. Applications - Machinery Installation and Relocation - Secure heavy industrial equipment during moves or assembly where side-load attachment is required. - Rigging and Construction Lifts - Integrate into lifting configurations for beams, prefabricated sections, or other loads that may rotate during hoisting. - Workshop and Garage Use - A versatile tool for engine pulling, positioning heavy fabrication projects, or securing loads on trailers. - Maintenance and Repair Operations - Ideal for lifting and stabilizing components like large pumps, motors, or gearboxes during service procedures. Note: Always inspect for damage before use and ensure the load does not exceed the rated 6-ton (6000kg) capacity. Use in accordance with all local safety regulations for overhead lifting.