Specification And Load-bearing Standard Of Suspension Eye Nut

The specifications and load-bearing standards of suspension eye nuts mainly involve different specifications of suspension eye nuts and their corresponding maximum load-bearing capacity. Eye nut is a type of fastener used for loading and unloading lifting machinery, appliances, etc. Its specifications and load-bearing capacity are crucial for ensuring safety and efficiency. Here are some key specifications and load-bearing standards for the suspension eye nut:

Specifications: There are various specifications for the suspension eye nuts, including M8, M10, M12, M16, M20, M24, M30, M36, M42, M48, M56, M64, M72, M80, M100, etc., with dimensions in millimeters. These specifications cover various needs from small to large and are suitable for different application scenarios.

Load bearing standard: The load-bearing capacity of the lifting eye nut depends on its specifications and materials. According to material mechanics analysis, the load-bearing capacity of the suspension eye nut can be determined by calculating the cross-sectional area of the screw and the allowable failure stress of the material. For example, for a screw with a diameter of d=24mm, the maximum load-bearing capacity can be determined by calculating its cross-sectional area and combining it with the allowable failure stress of the screw material. In addition, the specific load-bearing limit can be obtained by referring to the relevant lifting ring screw load-bearing limit table, which lists the working tension and product weight of different specifications of lifting ring screws. For example, the working tension of M8X1.25-6g specification is 0.4T, and the product weight is 0.27KG/piece; The working tension of M16X2.0-6g specification is 1.9T, and the product weight is 1.2KG per piece.

In summary, choosing the appropriate specifications for the suspension eye nut and understanding its load-bearing standards are crucial to ensuring safe use. In practical applications, appropriate specifications should be selected based on specific needs, and the load-bearing limit table should be referenced to determine whether the required load-bearing requirements are met.