When using an eye bolt, how should loads be applied to minimize bending?

When using an eye bolt, applying loads to the plane of the eye is crucial for minimizing bending. This orientation allows the load to be distributed evenly across the eye bolt, directing the force in a manner that maintains its structural integrity.

When a load is applied in line with the plane of the eye, it ensures that the forces are aligned with the strongest part of the bolt, preventing unnecessary lateral stresses that could lead to bending or failure. This approach maximizes the load the eye bolt can handle without compromising its performance.

Applying the load at an angle, perpendicular, or horizontally introduces forces that can create bending moments, increasing the risk of the eye bolt bending or breaking. Thus, for safe and effective lifting with eye bolts, loads should always be applied directly to the plane of the eye.