Noram Announces Latest Flake Graphite Samples Return up to 16.6 percent Graphitic Carbon

Noram Ventures (TSXV:NRM) has provided latest exploration results and a project update on its jumbo flake-graphite property located in southeastern British Columbia. Mark Ireton, president and CEO, said: These latest results from Jumbo are very encouraging as we expect the project to play an integral role in realizing our plan of becoming a force in …
Noram Ventures (TSXV:NRM) has provided latest exploration results and a project update on its jumbo flake-graphite property located in southeastern British Columbia.
Mark Ireton, president and CEO, said:
These latest results from Jumbo are very encouraging as we expect the project to play an integral role in realizing our plan of becoming a force in the Green Energy Revolution through the development of lithium and graphite deposits, as part of our near term strategy to build a multi-national lithium-graphite dominant industrial minerals company to produce and sell lithium and graphite into the markets of Europe, North America and Asia.
As quoted in the press release:
Project Highlights:
- a large, 15,048 hectare (150.48 square kilometer) property comprised of 26 mineral tenures;
- conductive features delineated in an airborne SkyTEM (Time Domain Electromagnetic) survey are consistently associated with a graphitic horizon throughout the Property;
- appears that all the SkyTEM-indicated conductors, with a cumulative length of roughly 50 kilometers of conductive horizon, may be related to a single continuous complexly folded graphitic sequence;
- initial metallurgical testing (SGS Lakefield) of a 10kg sample from the Property’s Big Flake area returned a head-grade of 3.81% graphite with a total of 45.5% reporting to or above the large flake (+80 mesh) category at an average purity grade of 96.0% graphitic carbon;
- latest surface rock sampling program returned up to 16.6% graphitic carbon in one selected sample* from the new discovery area;
- the new discovery area includes the highest grades found to date that are coincident with the strongest and most discrete SkyTEM conductive zones.