Cordstrap Re-tensionable Lashing Solution
The Challenge
Securing heavy and irregular cargo has traditionally relied on steel chains, 10‑ton ratchets and wire ropes. While effective in strength, these methods introduce significant safety risks. They require high manual effort, expose operators to pinch points and make consistent pre‑tensioning difficult to achieve. Poor tension control increases the risk of load movement during transport, potentially resulting in injuries, cargo damage and serious financial and reputational loss.
These risks are heightened in sectors where strict compliance with international cargo securing standards is mandatory. Operators are under constant pressure to deliver safe, fast and cost‑efficient operations, yet conventional securing methods often compromise safety and ergonomics. High injury rates, fatigue and time‑consuming application processes have made clear the need for a safer, smarter alternative.
The Innovation
The Re‑tensionable Lashing Solution is a patented cargo securing system designed to replace steel chains, wire ropes and heavy ratchets with a lightweight, ergonomic and highly controlled alternative. It combines high‑strength textile lashings with a re‑tensionable element and Cordstrap battery tooling, enabling accurate, repeatable pre‑tensioning with minimal physical effort.
Unlike fixed‑length chains, the system allows for endless lashing lengths, offering flexibility to secure a wide range of cargo shapes and sizes. The re‑tensionable design ensures consistent load security throughout transport, including sea voyages, while significantly reducing operator strain. Fully compliant with international cargo securing standards, the solution is ideal for industries such as steel, heavy machinery and equipment manufacturing.
By improving safety, speed and simplicity, the system transforms cargo securing into a controlled, efficient and low‑risk operation.
How It Was Implemented
The solution was introduced through controlled field trials with logistics partners handling heavy and irregular cargo. Steel chains and wire ropes were replaced during live operations, and operators received on‑site training in safe application using battery‑powered tensioning tools.
Trials covered steel products and machinery transport, measuring application time, tension consistency and operator feedback. Post‑transit inspections and continuous monitoring confirmed performance, ease of use and seamless integration into existing workflows.
What Was the Result
Field trials showed up to a 40% reduction in application time compared to traditional methods. Operators reported lower fatigue, improved ergonomics and increased confidence. All shipments recorded zero load movement, meeting or exceeding international securing standards.
A customer from Vallourec, Brazil, noted the system’s superior pre‑tensioning, extended lashing capability and contribution to reducing human error while protecting cargo integrity.
Conclusion
The Re‑tensionable Lashing Solution sets a new benchmark for safe, efficient cargo securing. By replacing heavy, injury‑prone systems with a lightweight, adaptable and highly controlled alternative, it proves that safety and productivity can coexist. Already delivering measurable results in the field, this innovation has the potential to redefine cargo securing standards across the global transport and logistics industry.
- Date
- 25/08/2026
