Introduction Industrial packaging operations lose product, time, and credibility when strapping materials fail under load—splitting under tension, rusting during maritime transit, or snapping back and injuring workers during removal. High-tensile PET strapping eliminates these failure modes by combining breaking strengths from 400 kg to over 1,500 kg with shock absorption, split resistance, and zero corrosion risk across the same applications

Introduction Most packaging operations switch to industrial cord strap after a failure, not before one. A steel strap rusts through during a 45-day ocean transit. A PP strap goes slack halfway through a cross-country truck haul. A flat PET strap snaps at the crimp on a load that shifts during braking. Industrial polyester cord strap solves each of these failure

Cargo damage in transit rarely happens because the load was too heavy. It happens because the restraint system was under-specified, incorrectly applied, or built around the wrong strap type for the job. A 10-tonne machine on a flat rack, a steel coil inside a container, or a turbine component on a road trailer can all move under braking, swell, or

Introduction Strapping operations fail most often not because of weak strap material but because of mismatched tensioner tools that can’t deliver adequate force for the strap type or application volume. Using a light manual feedwheel tensioner on 25mm composite cord strap rated 1,400 kg produces dangerously under-tensioned joints that loosen within hours of shipping. Conversely, heavy pneumatic systems sitting idle