Heavy-Duty Load Restraint Rubber Ensures Safe Pipe Transport Across Remote Queensland

Project Overview

A major infrastructure project required the transportation of a large quantity of steel pipes over long distances to remote locations in outback Queensland. The logistics involved moving these pipes to their installation locations on site from the manufacturer via road trains, presenting challenges due to the pipes’ smooth surfaces and the extensive travel distances. Ensuring the pipes remained securely in place throughout the transport was critical to prevent load shifts, potential damage, and to meet tight project deadlines.

Challenge

Transporting smooth steel pipes on steel truck trailer decks posed significant risks of load movement during transit, especially over the varied terrains of remote Queensland. Traditional securing methods demanded numerous lashings, increasing loading times and complexity. The project necessitated a solution that would:

  • Enhance friction between the pipes and the trailer deck.
  • Reduce the number of lashings required without compromising safety.
  • Be readily available to meet the project’s tight schedule.
  • Comply with national load restraint regulations to avoid any legal or safety issues during transport.

Solution: Custom-Cut Heavy-Duty Load Restraint Rubber Strips

To address these challenges, Reglin Rubber supplied custom-cut heavy-duty load restraint rubber strips, manufactured from premium Natural 60 HG Rubber Sheet. This high-friction, durable material was supplied in 25mm thick by 150mm wide strips, providing a substantial contact surface to increase grip. The rubber strips were placed directly onto the steel trailer decks and between the layers of pipes, helping to prevent movement during transport by improving friction and absorbing vibrations.

The high coefficient of friction offered by these rubber strips significantly reduced the likelihood of pipe movement, allowing for fewer lashings while maintaining load security. Additionally, the rubber’s compressibility helped absorb vibrations and shocks during transit, further protecting the pipes.

Outcome

The implementation of Reglin’s load restraint rubber strips resulted in:

  • Secure transportation of all pipes without any incidents of load shift.
  • Compliance with the National Transport Commission’s Load Restraint Guide, ensuring legal and safety standards were met.
  • Efficient loading and unloading processes, thanks to the reduced need for excessive lashings.
  • On-time delivery of materials, contributing to the successful and timely completion of the infrastructure project.

Conclusion

Reglin’s heavy-duty load restraint rubber strips provided an effective and efficient solution for transporting steel pipes across challenging terrains. The Natural 60 HG Rubber proved to be extremely durable, performing reliably over multiple long-haul trips throughout the project without the need for replacement. By enhancing load security and simplifying the restraint process, these rubber strips played a crucial role in the project’s success, demonstrating their value in heavy transport and logistics applications.

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