BLP BLOG

A practical safety concept for keeping people out of the highest-risk zone near suspended loads—plus what to inspect, what to document, and which rigging gear matters most. Important clarification The “10-foot rule” is commonly used as a site safety control (a rule of thumb) to reduce exposure around suspended loads. It should be treated as a best-practice exclusion zone that supports your lift plan, training, and inspection program—not as a single universal regulation…

Lifting equipment—also known as lifting gear or hoisting equipment—refers to the machinery and rigging devices used to lift, lower, and secure heavy loads in industrial applications. In the world of construction, infrastructure, and heavy-duty work, it's essential to understand the two major categories: above-the-hook and below-the-hook equipment. Above-the-hook equipment includes cranes and hoists that create the lifting force—such as overhead cranes, gantry cranes, jib cranes…

A rigging shackle is a critical component in lifting and rigging operations, providing a secure connection point between hardware such as slings, chains, and hooks. Though simple in appearance, shackles are engineered to handle high loads and play an essential role in safe and efficient material handling. Professionals must understand the types, materials, and standards governing shackles to ensure proper use. The ASME B30.26 standard defines shackle design, use, inspection, and marking requirem…

Every year, tons of equipment are lifted and moved in busy places. But, the key process behind it, rigging, is often overlooked. It's a mix of precision and strength. In fields like construction, oil, gas, and manufacturing, knowing about rigging safety and following the right procedures is key.Riggers make sure heavy machines are lifted, moved, and placed safely. They need skill, math, and the right tools. OSHA standards are a basic rule, but training that follows OSHA guidelines is even more i…