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Altech Batteries Ltd CERENERGY at Hannover International Industrial Fair
Focus Graphite Advanced Materials Inc. (TSX.V:FMS)(OTCQB:FCSMF)(FSE:FKC) has kicked off third-party validation testing of its innovative spheroidized graphite anode materials, partnering with Charge CCCV (C4V), a notable name in lithium-ion battery technology based in New York. This partnership aims to assess both silicon-enhanced and standard graphite variants sourced from the company’s flagship Lac Knife project, a high-grade natural flake graphite deposit located near Fermont, Québec.
This validation testing is a crucial milestone for Focus Graphite, indicating a step forward in the commercialization of its anode materials. Although internal testing has shown promising results, C4V’s independent analysis will provide essential real-world validation for various battery systems. This collaboration is vital for fostering industry adoption, reaffirming compatibility with commercial battery technologies, and boosting performance in advanced energy storage solutions. C4V’s established global supply chain for critical materials positions Focus as a prospective supplier for various Gigafactory projects through C4V’s Digital DNATM initiative.
Overview of Anode Materials Under Evaluation
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Silicon-Enhanced Spheroidized Graphite: Focus Graphite’s patented technique incorporates multiple layers of silicon within the graphite substrate during the spheroidization process. This method addresses common challenges faced with silicon anodes, such as volume fluctuations during charging and instability in the solid electrolyte interphase (SEI), contributing to enhanced mechanical integrity and longer battery life.
- Standard Spheroidized Graphite: This variant has completed extensive internal testing, showcasing excellent stability and efficiency. However, real-world application trials are essential to validate its performance fully. The collaboration with C4V will yield critical insights regarding its effectiveness in large-format battery systems. Moreover, any performance metrics derived from this initiative will enhance Focus’s standing within C4V’s Digital DNATM platform, which serves as an integrated supply chain and data solution used extensively by Gigafactories and Original Equipment Manufacturers (OEMs).
Dean Hanisch, the Chief Executive Officer of Focus Graphite, remarked, "Initiating third-party validation testing with C4V is a pivotal moment for our company. This independent evaluation will substantiate the outstanding performance of our proprietary anode materials and firmly establish our role in the global battery supply network. As demand for quality graphite escalates, our Lac Knife project stands out as one of North America’s most advanced, high-grade, and near-production assets. This alliance with C4V reinforces our market presence and unlocks future opportunities with battery anode manufacturers and Gigafactory projects globally."
Progress on the Lac Knife Project
After over 16 years of exploration and development, the Lac Knife project is nearing the conclusion of Canada’s mine permitting process. The company anticipates finalizing this process within the next 12 to 18 months, contingent on financing. The Lac Knife project promises a steady supply of high-quality graphite for existing and impending applications.
About Charge CCCV
Charge CCCV (C4V) specializes in optimizing battery performance and designing Gigafactories. Based in Binghamton, New York, C4V works closely with top-tier raw material and equipment suppliers to deliver fully optimized batteries, ensuring competitive economic advantages and superior performance across various applications.
C4V is significantly involved in the establishment of Imperium3 New York (iM3NY), a consortium that aims to develop a lithium-ion battery Gigafactory in Endicott, New York. This venture has attracted substantial financial support, including a $50 million loan and $35 million in equity financing, underscoring confidence in C4V’s expertise and the potential impact on the energy storage landscape.
Focus Graphite’s Vision
Focus Graphite Advanced Materials is on a mission to reshape the future of critical minerals with two wholly-owned, world-class graphite projects and cutting-edge battery technology. The Lac Knife project stands as one of North America’s most advanced high-purity graphite reserves, having completed a comprehensive feasibility study. Lac Knife is set to become a vital supplier for sectors including batteries, defense, and advanced materials.
The Lac Tétépisca project complements the portfolio, poised to emerge as one of the largest high-purity graphite deposits in North America. Focus Graphite is dedicated to eco-friendly processing solutions and groundbreaking battery technologies, including its patent-pending silicon-enhanced spheroidized graphite process designed to optimize battery performance.
Collaboration drives Focus Graphite’s strategy, as the company actively partners with industry leaders, research institutions, and governmental organizations to accelerate the commercialization of next-generation graphite materials. As a North American entity, the company emphasizes the importance of establishing a resilient, locally sourced supply of critical minerals, thereby reducing reliance on foreign markets and promoting a sustainable future.
Contact Information
For additional inquiries, please reach out through the company’s official channels.
This press release may contain forward-looking statements that reflect the company’s current views regarding future events or performance. Such statements, characterized by terms like "could," "expect," or "believe," rely on assumptions that may prove incorrect as actual outcomes could differ due to various risks and uncertainties.
Investors are cautioned not to place undue reliance on these forward-looking statements. The company’s obligations to update or revise these statements are contingent on compliance with applicable securities regulations.
For further information, please consult Focus Graphite’s profiles and updates available through public disclosure platforms.