Stainless Steel Eye Bolts and Hooks

Working Load Limit (WLL): The eye bolt’s maximum safe weight limit is indicated by the WLL. It changes according to the eye bolt’s dimensions and composition.

Material: Select an eye bolt compatible with the material it will be attached to and robust enough to handle the weight. Eye bolts of stainless steel resist corrosion and work well in various settings.

Type of Attachment: Verify that your equipment or material can accommodate the eye bolt type you have chosen to be firmly fastened.

Safety Precautions: Do not overload or shock load eye bolts; instead, use the appropriate instruments, such as a wrench, to tighten nuts.

Load Angle: Remember that an eye bolt’s working load limit reduces as the load angle moves away from vertical. For angle loading, utilize shoulder eye bolts at all times.

To prevent bending, align the eye bolt with the slings.

Place washers between the shoulder and the load surface for a snug fit.

While utilizing shims or washers, engage at least 90% of the threads.

One sling leg should be fastened to each eye bolt.

Examine and clean the hole and the threads of the eye bolt.

Screw the eye bolt down to ensure proper seating.

Make sure there is enough depth in the tapped hole for a screw eye bolt.

Use regular eye bolts for a spreader bar that maintains a 90° lift angle.

A horizontal angle of more than 45° should be avoided as it dramatically lowers lifting capacity.

Decreasing the angle of lift by passing a sling through two eye bolts.

Putting eye bolts through slings to change the weight and angle.

Utilizing machined, stamped, or ground eye bolts.

Tightening eye bolts with bars, grips, or wrenches.

Applying paint to eye bolts since it can conceal defects.

Forcing hooks or other fittings—which need to fit freely—into the eye.

Fasteners for shock-loading eyes.

For loads that can spin freely, use a single eye bolt.

Using eye bolts that have defects, such as worn threads.

Use a shackle instead of an eye bolt when a hook’s tip is inserted.