First Graphene has provided an update on its development of the FireStop graphene-enhanced fire retardant coating in the form of a video. Development of the FireStop material is being conducted in conjunction with the University of Adelaide as part of the Company’s participation as a Tier 1 participant in the ARC Research Hub for Graphene Enabled Industry Transformation.

The video shows the dramatic effectiveness of FireStop when applied to simple wooden structures. Whereas the untreated structure on the left is totally consumed by fire, the structure treated with the FireStop retardant doesn’t seem to catch fire even after five minutes of trying. Given that fires generally start at specific ignition points, the ability of a graphene-based retardant to stop the ignition is a key feature of the product.

The FireStop was applied by brush in three coats, and was less than 500 μm in thickness. The Company explained that the relevant characteristic of graphene that this demonstration highlights is the very high thermal conductivity (the ability to disburse heat away from the source). FGR is reportedly highly encouraged by the results of this simple demonstration.

Going forward, further tests will be conducted to increase the viscosity of the product while maintaining the fire-retardant performance. This work will be the precursor to submitting FireStop to FGR’s own testing to the relevant fire standards and to CSIRO for independent testing in Q1 2018. In the meantime, the Company is entering negotiations with potential industry partners for the commercialization of FireStop.

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