FIRST GRAPHENE WKN: A2ABY7 ISIN: AU000000FGR3 Forum: Aktien Thema: Hauptdiskussion

Eigentlich ist doch nur noch die Frage welcher größere Konzern auf 100t Graphen pro Jahr scharf ist.^^

Geld 9,3 ct ist schon schön :))) In nem halben jahr sind die trotzdem hoffentlich weit weg :D

Der Spread stört nicht,hier sollte man langfristig denken.

Ja das leider so in DE

Teilweise über ein cent spread hmmm

aud bislang alles grün auf meiner watch.... fgr 14ct

ja dann viel erfolg ! was sind das noch für super firmen ?

Moin, super das du gleich in die beste Firma eingestiegen bist ;)

Willkommen :)

Dann mal herz.Willkommen

Entwickelt sich endlich wirklich gut. Denke, der Kurs folgt bald

der newsflow gefällt mir :) schade, wieder +-0 geschlossen ...

14c aktuell

Next Steps The University of Adelaide has now received a UL-941 system for use in its workshop. It isalso installing an LOI instrument for the generation of scientific data. These instruments will enable an acceleration of the test work being conducted to optimise the FireStop™product and application methodology. 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 commercialisation of FireStop™.

Demonstration Video The following link to 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 even catch fire 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 in three coats, was applied by brush and was less than 500 µm thickness.The relevant characteristic of graphene that this demonstration highlights is the very high thermal conductivity i.e. the ability to disburse heat away from the source. FGR is highly encouraged by the results of this simple demonstration, which augers well for subsequent, more advanced and scientifically controlled demonstrations that are being undertaken.

https://youtu.be/im12BJT4-8c