What is PET Strapping? Definition, Benefits, and Key Uses
Introduction Steel strapping dominates industrial packaging for one reason: inertia. Operations switch only when the cost of injuries, corrosion, and […]
Introduction Steel strapping dominates industrial packaging for one reason: inertia. Operations switch only when the cost of injuries, corrosion, and […]
Introduction Packaging operations face a recurring problem: steel strapping is too dangerous and heavy, polypropylene stretches and loosens in transit,
Most cargo restraint failures are not strength failures—they are knowledge failures. Operators use the wrong strap type, choose the wrong
Introduction Most strapping systems fail at the joint, not mid-strap—and the joint is almost always where a wire buckle sits.
Introduction Most strapping failures don’t start with the strap — they start with the tensioner. An under-powered manual tool on
Introduction Packaging operations that still rely on steel strapping are absorbing costs they can’t fully see: rust damage on finished
Introduction Most operations don’t fail at picking the right strap material—they fail at matching the right tool or machine to
Introduction Composite cord strapping fails at the buckle more often than along the strap length. The strap holds, but the
Introduction Most packaging operations bleed time and money from the same handful of problems: inconsistent sealing, slow strapping, over-wrapping pallets
Introduction Steel strapping injures thousands of workers annually through sharp-edge lacerations and violent recoil, while adding 80% unnecessary weight per