NEO Battery Materials Ltd. is pleased to announce that the Company has established and built its R&D Scale-Up Centre at the Yonsei University of South Korea through NEO Battery Materials Korea Co., Ltd. , a wholly owned subsidiary of the Company. NEO and Yonsei University entered into a Collaborative Development Agreement in May of 2021 for the [...]
NEO Battery Materials Ltd. is pleased to share a review of 2021 related to the advancement of the Company's patented and proprietary silicon anode active materials for electric vehicle lithium-ion batteries. Overview of NEO Battery Materials Ltd.NEO Battery Materials Ltd. is a company that focuses on the anode material of the 4 core battery [...]
NEO Battery Materials Ltd. is pleased to announce that the Korean Intellectual Property Office has issued a core patent of NEO's silicon anode material technology following the Notice of Allowance announcement made on November 18, 2021. Mr. Spencer Huh, President and CEO, commented, "We are glad to announce that the KIPO has issued one of the core [...]
NEO Battery Materials Ltd. is pleased to announce that the Company has launched 3 types of silicon anode active materials, NBMSiDE-P100, NBMSiDE-P200, and NBMSiDE-C100, and is on schedule to target the semi-commercial scale production of these materials by the end of 2022. Figure 1 To view an enhanced version of Figure 1, please visit [...]
NEO Battery Materials Ltd. is pleased to announce that the Company has appointed Dr. Byeong-Su Kim to the Scientific Advisory Board. His research and expertise are with polymer materials with an emphasis on lithium-ion battery binder technologies, synthesis of functional polyethers and polymeric therapeutics, and smart hybrid nanomaterials. Dr. Kim [...]
NEO Battery Materials Ltd. is pleased to announce that the Company has received a Notice of Allowance from the Korean Intellectual Property Office regarding a core patent of NEO's silicon anode material technology since the application made in November 2020. The KIPO has determined that the core patent should be registered and will shortly issue [...]
NEO Battery Materials Ltd. is pleased to announce that the Company has signed a letter of intent to form a research consortium with the University of Toronto and an undisclosed global OEM for the development and scale-up of lithium-ion battery material technologies for Canada's emerging battery electric vehicle industry. As a part of this LOI, a [...]
NEO Battery Materials Ltd. is pleased to announce that the Company has appointed Dr. Dongmok Whang to the Scientific Advisory Board. His research expertise lies in the field of fabrication and manufacturing of low-dimensional nanomaterials, especially graphene, semiconductor nanowires, and porous nanostructures for applications in electric vehicle [...]
NEO Battery Materials Ltd. is pleased to announce the Company has successfully completed the Silicon Anode Production Capacity Upscaling Project over the past three months. From the initial production rate of several grams per hour for manufacturing silicon anode materials at the lab-scale, NEO's engineering team has accomplished to expand the rate [...]
NEO Battery Materials Ltd. is pleased to announce that the Company has appointed Dr. Mohini Sain and Dr. Ning Yan of the University of Toronto to the Scientific Advisory Board. About Dr. Mohini Sain Dr. Mohini Sain is an expert in the field of bionanotechnology, low carbon functional materials and next-generation low carbon transportation. Dr [...]
NEO Battery Materials Ltd. is pleased to announce that the Company has successfully completed the conceptual design of its semi-commercial plant facility and is now entering the initial EPC stage for the construction of the facility in South Korea. Mr. Spencer Huh, President and CEO of NEO, commented, "We are extremely pleased to announce that the [...]
NEO Battery Materials Ltd. is pleased to announce that the Company has secured material transfer agreements with working parties for the purpose of upscaled evaluations of NEO's silicon anode active materials applied towards high-power lithium-ion batteries and efficient electrode manufacturing processes. The MTA constitutes the transfer of [...]
