Ateios Systems and Kodak Expand RaiCore(TM) Platform to Major Battery Chemistries and Earn PFAS-Free Verification
MWN-AI** Summary
Ateios Systems and Kodak have announced a significant expansion of their RaiCore™ battery electrode platform, now incorporating widely used cathode chemistries: Lithium Cobalt Oxide (LCO), Lithium Iron Phosphate (LFP), and Nickel Manganese Cobalt (NMC). This strategic move is complemented by third-party verification confirming that RaiCore™ electrodes are free from perfluoroalkyl and polyfluoroalkyl substances (PFAS), which are harmful "forever chemicals." Independent testing revealed total organic fluorine levels below 20 parts per million, far beneath the regulatory threshold of 100 ppm.
The enhanced RaiCore™ electrodes, now in their fourth generation, benefit from customer feedback and innovative formulation changes that allow for over 98% active material loading while optimizing conductive additives for improved processing speed. The new composition boosts energy and power density while ensuring compatibility with existing battery manufacturing processes. Pilot programs for LCO and LFP electrodes are underway with major battery manufacturers globally.
Dr. Rajan Kumar, CEO of Ateios, expressed motivation from collaboration with Kodak and support from the U.S. National Science Foundation (NSF), stating the goal to enable battery innovators to produce high-performance batteries efficiently. Kodak's Executive Chairman, Jim Continenza, praised the advancements in battery performance facilitated by their multilayer coating expertise.
The development was made possible through grants from the NSF’s Energy Storage Engine, aimed at overcoming domestic supply chain challenges. As part of their commitment to innovation, Ateios is inviting battery innovators to engage in qualification testing for the new RaiCore™ samples. The company plans to showcase these cutting-edge electrodes at the upcoming 43rd International Battery Seminar in Orlando, highlighting advancements in sustainable battery technology.
MWN-AI** Analysis
Ateios Systems' recent announcement regarding the expansion of its RaiCore™ battery electrode platform to include three major cathode chemistries—Lithium Cobalt Oxide (LCO), Lithium Iron Phosphate (LFP), and Nickel Manganese Cobalt (NMC)—marks a significant advancement in battery technology. This expansion, paired with third-party verification for eliminating PFAS (per- and polyfluoroalkyl substances), positions Ateios favorably in the rapidly evolving battery market, particularly as concerns over environmental impacts gain prominence.
With the critical verification of RaiCore™ electrodes as PFAS-free, Ateios is catering to growing regulatory demands and consumer expectations for eco-friendliness in battery production. This not only enhances the appeal of its products but also aligns with the global push towards sustainable technology. As the only verified PFAS-free battery electrodes, Ateios is likely to attract partnerships with battery manufacturers looking for compliance and innovation.
The introduction of the fourth-generation RaiCore™ electrodes, boasting improved active material loading and optimized production processes, suggests that Ateios is committed to ensuring better performance and integration in existing manufacturing frameworks. This is crucial as battery manufacturers aim to enhance output and profitability amidst rising electric vehicle (EV) demand.
Investors should keep an eye on Ateios Systems as it showcases its technology at the upcoming International Battery Seminar, which could further enhance visibility and attract potential clients or partners. Kodak's involvement also underscores a solid backing, bringing in extensive experience in advanced materials and manufacturing processes.
Overall, Ateios appears well-positioned for growth. Market participants are encouraged to consider stock positions in Ateios Systems as the company actively advances towards being a key player in the battery tech sector. Investing in companies committed to sustainable solutions in high-demand markets, such as electric vehicles and renewable energy storage, could yield long-term benefits.
**MWN-AI Summary and Analysis is based on asking OpenAI to summarize and analyze this news release.
The platform extended to LFP, NMC, and LCO, along with third-party verification
Ateios Systems and Kodak today announced the expansion of the Ateios RaiCore™ battery electrode platform to three of the world’s most widely used cathode chemistries, Lithium Cobalt Oxide (LCO), Lithium Iron Phosphate (LFP), and Nickel Manganese Cobalt (NMC), while earning third-party verifications for eliminating perfluoralkoxy alkane (PFA) forever chemicals.
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Independent third-party testing confirmed that RaiCore™ composite electrode formulations (LCO, LFP, NMC, and graphite) contain total organic fluorine (TOF) levels below the analytical reporting limit of 20 parts per million, well below the 100-ppm regulatory threshold for PFAS-containing materials. The verification continues to maintain RaiCore’s status as the world’s only PFAS-free battery electrodes verified by an independent third party. The third-party verification report is available upon request.
Alongside the verification, Ateios released its 4 th -generation RaiCore TM electrodes with a new improved formulation based on customer feedback. The new formulation has enabled the highest active material loading to >98%, incorporates an optimized conductive additive network, and improves rheology for high-speed gap coating, delivering leading energy and power density while maintaining compatibility with existing battery manufacturing lines. LCO and LFP electrodes are in pilot programs with leading battery OEMs worldwide.
“With the support of our customers, Kodak, and key materials suppliers, we continue pushing the frontier of battery production speed, performance, and sustainability,” said Dr. Rajan Kumar, Founder and CEO of Ateios Systems. “Our goal is simple: help battery innovators build higher-performance batteries and enable seamless adoption inside existing gigafactories.”
“Ateios continues to raise the bar for battery performance with their RaiCore™ electrodes, and Kodak is proud to contribute to the success of the platform by leveraging our expertise in precise, high-speed multilayer coating,” said Jim Continenza, Kodak’s Executive Chairman and CEO.
The platform expansion was accelerated by support from the U.S. National Science Foundation (NSF) Energy Storage Engine in Upstate New York and by an expanded supply chain with non-Foreign Entity of Concern (FEOC) partners to meet the challenge of domestic battery supply. Funding from both the Engine’s use-inspired R&D grant and its flagship SuperBoost Technology Translation grant enabled Ateios to validate its RaiCore platform for LFP cathodes and scale the fabrication of production-grade battery cells for multiple chemistries in partnership with Kodak.
“The work shared by Ateios and Kodak highlights significant progress toward solving key challenges in next-generation battery manufacturing, said Dr. Stanley Whittingham, the Engine’s Chief Innovation Officer. Ateios was identified as a potential high-impact company and as a candidate for the Engine grants while participating in the NSF funded ChargeUp Accelerator program at Binghamton University.
Battery innovators are invited to begin qualification testing as the first RaiCore™ samples emerge from Kodak’s development and production coating machine.
Ateios Systems will showcase production-grade RaiCore™ electrodes, pilot data, and third-party verification at the 43rd International Battery Seminar & Exhibit (Kodak Booth #301 & Booth #330) in Orlando, March 23–26.
For more detailed inquiries or sample requests: sales@ateios.com
About Ateios Systems
Ateios Systems pioneers advancements in battery technology with its groundbreaking RaiCure™ platform. This innovative technology produces battery components with enhanced performance, reduced costs, and minimized environmental impact. Ateios can work with partners throughout the entire battery development cycle, from inception to production, to produce large-scale, high-quality battery components. For more information, visit www.ateios.com
About Kodak
Kodak (NYSE: KODK) is a leading global manufacturer focused on commercial print and advanced materials & chemicals. With 79,000 worldwide patents earned over 130 years of R&D, we believe in the power of technology and science to enhance what the world sees and creates. Our innovative, award-winning products, combined with our customer-first approach, make us the partner of choice for commercial printers worldwide. Kodak is committed to environmental stewardship, including industry leadership in developing sustainable solutions for print. For additional information on Kodak, visit us at kodak.com , or follow us on LinkedIn .
View source version on businesswire.com: https://www.businesswire.com/news/home/20260323818735/en/
Media :
Rajan Kumar, Ateios, 1-845-842-8185, rkumar@ateios.com
Kurt Jaeckel, Kodak, +1 585-490-8646, kurt.jaeckel@kodak.com
FAQ**
How does the collaboration between Ateios Systems and the Eastman Kodak Company Common New KODK enhance the sustainability of battery manufacturing, particularly with regard to PFAS elimination?
What role does the U.S. National Science Foundation (NSF) play in supporting Ateios Systems' expansion efforts alongside the Eastman Kodak Company Common New KODK in battery technology development?
Can you elaborate on the pilot programs for LCO and LFP electrodes involving the Eastman Kodak Company Common New KODK, and what the expected outcomes are for these collaborations with battery OEMs?
How does the new formulation of RaiCore™ electrodes, developed in conjunction with the Eastman Kodak Company Common New KODK, contribute to improving energy efficiency and performance in battery technology?
**MWN-AI FAQ is based on asking OpenAI questions about Eastman Kodak Company Common New (NYSE: KODK).
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