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Tag Archives: rubber compound

TRELLEBORG TO HOST SEMINAR IN PARTNERSHIP WITH PIANC

By Richard Hepworth, President of Trelleborg’s marine operation

With PIANC continuing to set best practice guidance for so many, and varied, issues pertinent to waterborne transport infrastructure, we felt that it was only natural to further strengthen our longstanding association.

As such, we will host an exclusive one-day seminar in partnership with PIANC for port consultants. Held on 30th October at the Atlantic Imbizo Conference and Function Studio in Cape Town, South Africa, the free to attend seminar provides us with the ideal opportunity to develop a better understanding of the needs of consultants, so we can evolve our offering to meet them.

The seminar will see Trelleborg experts discuss a range of key industry issues, including the importance of rubber compound composition in the whole-life performance of fender systems and how consultants can determine the formulation of the fenders they procure. This will see our technical expert, Mishra Kumar, discuss mixing and compound modulus as an effective and robust measure of fender performance. The seminar will also provide valuable insight on rubber and foam marine fender design and selection best practice, as well as the latest docking and mooring innovations to improve efficiency and optimize performance.

For more information about the seminar, or if you’d like to register your attendance, contact Anu Bhaskar: anu.bhaskar@trelleborg.com

PORTS CRYING OUT FOR EXTERNAL SUPPORT FOR EQUIPMENT SPECIFICATION

Our latest Barometer Report revealed that the majority (77%) of consultants and contractors don’t know the correct ratio of ingredients in a superior rubber compound for use in fenders.

To me, this suggests a huge gap in specification knowledge and product awareness, and that needs to be addressed. As we’ve talked about frequently in this blog, the performance and lifecycle of fenders vary dramatically based on the type of rubber used, and within that, the compound composition of the rubber.

And whilst many lacked awareness of the importance of compound formulation, what’s more, 50% of those surveyed don’t know if suppliers apply bespoke Velocity Factor (VF). 53% are also unaware if suppliers apply bespoke Temperature Factor (TF).

The application of VF and TF on a case by case basis is essential in determining fender performance and lifecycle. First introduced by PIANC, VF and TF should be applied to fenders depending on the compound composition of the rubber to accurately ascertain performance in the field, under varying compression times and temperatures.

Its no surprise then, that the study also revealed 86% of those surveyed would find it useful to have a system that can easily test suppliers’ compounds. The need is there, and it’s time for suppliers to react to it, evolving offerings to provide the required education and substantiation.

I’d like to get your thoughts on the matter. Do you feel that the level of knowledge within the industry is up to scratch when it comes to specification? Let us know in the comments section.

The full results of Trelleborg’s latest Barometer Report, which details a wide range of findings from the industry survey, is available now as a free download from: http://www.trelleborg.com/en/Marine-Systems/Resources/Downloads-2/