Ann: Talga Signs Supply MOU with Nordic Battery Maker FREYR, page-132

No GasperG

Page 8 states it is a graphite anode (not talnode-c) - It does not detail the 350mah/g is Talga's spherical graphite test results.

Your second presentation form 2018 is the information based on the exfoliated graphite from electrochemical exfoliation, ( The method TLG used to manufacture graphene) Talga is no longer using this processing method/mining method, which means the data is irrelevant.

Interesting there is no data of TLG's battery cycling that using a conventional mining method, and shaping the graphite into spherical graphite.



The questions you should be asking,

if Talga is still using micrographite (that has not been shaped) will this meet 24M technologies specifications?
If Talga has moved to spherical graphite, will it still be able to charge at 20C, or will it perform just like a standard graphite anode?
What is Talga's battery capacity in maH/g for its spherical graphite? (not micrographtie or silicon)
What type of spherical graphite does Talga produce 10, 15 or 25 micron?