Focus Graphite and C4V to Evaluate Mine-to-Anode Platform Combining Lac Knife Graphite with C4V's Green Anode Technology

Focus Graphite and C4V to Evaluate Mine-to-Anode Platform Combining Lac Knife Graphite with C4V's Green Anode Technology

Mine-to-Anode Platform: Focus and C4V have signed a non-binding Memorandum of Understanding to evaluate an integrated pathway by combining Lac Knife's high-purity graphite concentrate with C4V's Green Anode Technology.

Premium High-Purity Feedstock: C4V's Green Anode Technology requires natural graphite concentrate of approximately 98% carbon, a demanding feedstock specification that Lac Knife has demonstrated the ability to meet through conventional flotation.

Commercialization Potential: Successful technical validation would establish the foundation for definitive commercial agreements involving technology licensing, downstream manufacturing, customer qualification, strategic partnerships and potential offtake opportunities.

Advanced Materials Strategy: The collaboration supports Focus's broader strategy to expand beyond resource development into downstream processing, advanced materials and higher-value segments of the North American supply chain.

Strengthening Allied Supply Chains: The collaboration combines Canadian graphite resources with American processing technology to support a secure, scalable and more resilient North American battery materials supply chain.

Ottawa, Ontario--(Newsfile Corp. - August 26, 2026) - Focus Graphite Inc. (TSXV: FMS) (OTCQB: FCSMF) (FSE: FKC0) (" Focus " or the " Company "), a Canadian developer of high-grade flake graphite deposits and advanced graphite materials for battery, defence and industrial applications, is pleased to announce that it has entered into a non-binding Memorandum of Understanding (" MOU ") with Charge CCCV LLC (" C4V "), a U.S.-based battery technology company, to evaluate graphite concentrate from Focus's 100%-owned Lac Knife Project (" Lac Knife " or the " Project ") in Quebec using C4V's proprietary automated Green Anode Technology (" Green Anode Technology " or the " Technology ").

A North American Mine-to-Anode Platform C4V's Green Anode Technology is designed to convert premium natural graphite concentrate directly into finished coated spherical purified graphite (" cSPG ") through a highly automated process designed to reduce water and energy consumption, chemical usage and overall process complexity.

Compared with conventional processing routes involving multiple upgrading and purification stages, the Technology is intended to provide a cleaner, more efficient pathway from graphite concentrate to finished battery-grade anode material.

C4V has successfully demonstrated the Technology at pilot scale.

C4V's broader anode-development experience includes a multi-year program focused on developing high-performance active anode materials using high-purity natural graphite feedstock.

The technology has demonstrated successful development and qualification pathways for active anode material and previously supported a binding offtake agreement with a globally recognized U.S. electric vehicle (" EV ") and battery energy storage manufacturer (" BESS ") for U.S.-produced active anode material, subject to specified development, production and customer-qualification conditions.

The commercial pathway ultimately did not proceed as contemplated for reasons unrelated to the technical performance of the underlying anode technology.

Focus was not a party to that arrangement.

C4V's Green Anode Technology requires a high-purity natural graphite concentrate of approximately 98% carbon, a demanding feedstock specification that Lac Knife has demonstrated the ability to meet through conventional flotation alone.

Lac Knife's ability to produce high-purity flotation concentrate has been established through the Company's 2023 NI 43-101 Feasibility Study 1 and further validated by its recent 8-tonne pilot-scale program 2 , announced July 28, 2026, which produced concentrate grading up to 98.7% carbon through mechanical processing, without chemical or thermal purification.

Lac Knife is one of North America's highest-grade feasibility-stage graphite deposits.

The ability to begin d...