Holloway Houston Blog

A rigger pulls a load chart from a polyester round sling and sees "WLL: 6,200 lbs" printed on the tag. The load weighs 4,000 pounds,well under capacity.

A 4 Leg chain sling rated for 40,000 pounds does not mean each leg carries 10,000 pounds. Misunderstanding load distribution can lead to over-specifying rigging hardware, causing unnecessary costs, or worse, under-specification that compromises safety.

The difference between Grade 80 and Grade 100 chain slings often leads to confusion among rigging professionals. Many assume that a higher grade number automatically means better performance, but the reality is more detailed.

At Holloway Houston, we often see rigging crews use polyester round slings for lifting steel structures, equipment, and heavy assemblies.

In lifting and rigging, precision is essential. Whether you're lifting an offshore module, testing a crane, or rigging a complex load, knowing the exact weight and tension on your equipment is key to a safe and successful application.

In any lifting operation, the hook is the key point where the crane connects to the load. Its dependability is critical. Selecting an industrial, lifting, or heavy-duty hook greatly influences personnel safety, load stability, and project efficiency.

Choosing the right chain sling involves more than just selecting the correct length or fittings. The grade of the alloy-steel chain determines its safe working load capacity, mechanical performance, and elongation characteristics.

Every rigger is aware of the challenge: a heavy, uneven load that can't be managed by a single-leg sling without risk of tipping or twisting. For these intricate, multi-point lifts, bridle chain slings serve as the engineered solution, providing stability, control, and safety on site.

In industrial lifting and material handling, wire rope slings are fundamental slings used to connect a crane or lifting device to a load. Their consistency is a function of the material strength, design, and, most importantly, the application in the field.

Modern industrial projects increasingly require advanced rigging solutions that can handle heavy, awkward, or sensitive loads.