November 2024 – BOOMBOOM WEBBING FACTS AND TESTS SUMMARY

09/11/2024

Report of all boom boom tests:

Report of facts:

  • March 2023 Slack Inov’s release to the market officially new webbing BOOMBOOM with quickbounce technology;
  • June 2024 Alexian Mason has found on his dismissed but heavily used 6 month permarig webbing an alarming residual breaking strength in the weakest point of 7.36 kN.
  • July 2024 Slack Inov started the investigation by testing the webbing brand new in stock and by collecting other permarig webbings.
  • June and September 2024: Cyclic tests were done and are still being pursued at Ecomarch Laboratory in Grenoble to measure the impact of a big number of cyclic loads (bounces) and heavy loads (tandem) on the fast aging. Results so far are showing that this almost doesn’t contribute to this huge decrease in MBS.
  • August 2024 Slack Inov started a NEW series of strength test for UV degradation on the latest 2024 batch in stock. We set a shorter time parameter than standard 6 months, by collecting UV exposed samples every 2 weeks. The original first batch of 2023/1 didn’t show alarming UV values after 6 months.
  • September : email to clients to not do permariggs with Boomboom + 1st report about test results and general uv influences on nylon .
  • October 2024 Slack Inov’s Boomboom webbing latest batch has been declared not resistant to UV long exposure, so the product has been discontinued due to unexpected strength degradation of the batch.
  • October 2024 ISA Safety Commission has decided not to issue certification due to the product's 180-day UV exposure life span, which leaves insufficient residual strength to ensure safety. Boomboom passed the MBS test for ISA Certification, and certification was not yet released due to approval of updates on the user manual.
  • November 2024 Slack Inov refunded all the 34 customers that purchased from the faulty batch webbing and recalled to dismiss their Boomboom after 20 days of light exposure, as well as to never use it in a permarigg situation.

CONCLUSION

So far our tests clearly showed the problem and the fact that this extremely fast degradation is mainly due to UV exposure and we managed to exclude many other factors like abrasion, heavy loads (tandem), intensive use (decade of thousands of bounces) and humidity (some extremities of the tested lines weren’t damaged while they encountered the same humidity than the center). Unfortunately we are still investigating because we didn’t manage to identify clearly the causes of this phenomenon. By the information provided by our supplier, after the covid world supply chain’s crisis and then with the Ukraine war, in 2023, a change of sources of the origin of raw materials was implemented. The new materials are strong when brand new, but coming from our tests, less resistant to UV. Such degradation has never been measured by any of our suppliers. Nobody can see a difference in the raw material, not even the weaving supplier since performances when NEW, are compliant with ISA standards. In order to even better and quicker catch a possible strong degradation of UV, we are setting up some additional, fast UV validation testing for all future webbings and concerned products. We want to thank Gaelle and Alexian for their contribution, and apologize deeply for our handling of the situation and the unwilling risks we exposed some of our customers to.

Outdated Boomboom report (Sept 2024 before we discovered the batch related issue)