Information
145 Anam-ro, Seongbuk District, Seoul, South Korea
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Overview
- Summary
- CNP Solutions is a specialized company in functional electronic materials development, based on professors from Korea University's Department of Materials Science and Engineering, focusing on high-performance functional binders and dry electrode process technology for electric vehicle batteries.CNP Solutions is a specialized company in functional electronic materials development, based on professors from Korea University's Department of Materials Science and Engineering, focusing on high-performance functional binders and dry electrode process technology for electric vehicle batteries.
- Key Products/Technologies
- Secondary battery binders are a primary product group. The company possesses differentiated conductive polymer synthesis and binder manufacturing technology. Wet binders involve technology that maximizes the bonding between active materials through highly dispersed conductive binders, enhancing adhesion and electrical conductivity within electrodes. Advantages include high electrochemical stability, electrical conductivity, and long-life capacity retention. This technology is applicable to various active materials such as NCM, LFP, and LCO.Secondary battery binders are a primary product group. The company possesses differentiated conductive polymer synthesis and binder manufacturing technology. Wet binders involve technology that maximizes the bonding between active materials through highly dispersed conductive binders, enhancing adhesion and electrical conductivity within electrodes. Advantages include high electrochemical stability, electrical conductivity, and long-life capacity retention. This technology is applicable to various active materials such as NCM, LFP, and LCO.
- Dry binders are specialized products for dry processes in lithium-ion batteries and all-solid-state batteries. This technology demonstrates excellent binding strength, adhesion, and capacity retention. Benefits include achieving carbon ZERO emission processes, cost reduction through simplified materials and processes, improved processability, and enhanced binding/adhesion. These binders feature a core-shell composite structure allowing for PTFE content adjustment.Dry binders are specialized products for dry processes in lithium-ion batteries and all-solid-state batteries. This technology demonstrates excellent binding strength, adhesion, and capacity retention. Benefits include achieving carbon ZERO emission processes, cost reduction through simplified materials and processes, improved processability, and enhanced binding/adhesion. These binders feature a core-shell composite structure allowing for PTFE content adjustment.
- Dry electrode process technology includes the '6-roll dry coater' for evaluating the scale-up potential of dry electrode materials. The '4-roll dry coater' is a roll-to-roll mini equipment developed for easy production of lab-scale dry electrodes.Dry electrode process technology includes the '6-roll dry coater' for evaluating the scale-up potential of dry electrode materials. The '4-roll dry coater' is a roll-to-roll mini equipment developed for easy production of lab-scale dry electrodes.
- Highly dispersed conductive binder/primer manufacturing technology contributes to improved adhesion and conductivity within electrodes, securing battery life stability, and significantly enhancing high-speed charge/discharge performance.Highly dispersed conductive binder/primer manufacturing technology contributes to improved adhesion and conductivity within electrodes, securing battery life stability, and significantly enhancing high-speed charge/discharge performance.
- Core Advantages
- Expertise as a specialized company in functional electronic materials development, founded by professors from Korea University's Department of Materials Science and Engineering. Accumulation of long-standing R&D experience and unique technological know-how. Possession of differentiated conductive polymer synthesis and binder manufacturing technology.Expertise as a specialized company in functional electronic materials development, founded by professors from Korea University's Department of Materials Science and Engineering. Accumulation of long-standing R&D experience and unique technological know-how. Possession of differentiated conductive polymer synthesis and binder manufacturing technology.
- Leadership in eco-friendly technology through dry binder technology enabling carbon ZERO emission processes. Efforts to reduce carbon emissions by developing dry processes from conventional wet processes.Leadership in eco-friendly technology through dry binder technology enabling carbon ZERO emission processes. Efforts to reduce carbon emissions by developing dry processes from conventional wet processes.
- Contribution to import substitution and export promotion through the localization of secondary battery materials. Aim to localize secondary battery materials and lead the global market.Contribution to import substitution and export promotion through the localization of secondary battery materials. Aim to localize secondary battery materials and lead the global market.
- Ability to provide customized solutions through active communication with clients, led by a research team with many years of experience.Ability to provide customized solutions through active communication with clients, led by a research team with many years of experience.
- Externally recognized technological prowess, including selection as an "Excellent Technology Competence Company" (TCB), selection for TIPS startup teams, and registration as a research institute company.Externally recognized technological prowess, including selection as an "Excellent Technology Competence Company" (TCB), selection for TIPS startup teams, and registration as a research institute company.
- Target Industries
- Electric vehicle battery industryElectric vehicle battery industry
- Lithium-ion battery (LIBs) manufacturing industryLithium-ion battery (LIBs) manufacturing industry
- All-solid-state battery development and production industryAll-solid-state battery development and production industry
- Overall secondary battery materials and components industryOverall secondary battery materials and components industry
- Major Markets
- JapanJapan
- Certifications/Patents
- Japanese patent registration for Lithium ion battery in November 2021. Possession of a total of 8 patents.Japanese patent registration for Lithium ion battery in November 2021. Possession of a total of 8 patents.
- Selection as an "Excellent Technology Competence Company" (TCB) in November 2020 and November 2024.Selection as an "Excellent Technology Competence Company" (TCB) in November 2020 and November 2024.
- Registration as a research institute company by the Ministry of Science and ICT in September 2021.Registration as a research institute company by the Ministry of Science and ICT in September 2021.
- Selection for K-Start Up 「TIPS Startup Commercialization」 in August 2019 and June 2020.Selection for K-Start Up 「TIPS Startup Commercialization」 in August 2019 and June 2020.
- Awarded the Future Technology Incubation Center's 2021 Management Performance Encouragement Award in April 2022.Awarded the Future Technology Incubation Center's 2021 Management Performance Encouragement Award in April 2022.
- Acquisition of ISO:9001 certification in December 2024.Acquisition of ISO:9001 certification in December 2024.
- Execution of the Material and Component Technology Development Project (Heterogeneous Technology Convergence Type - Free Proposal) in April 2023 and the Material and Component Technology Development Project (Heterogeneous Technology Convergence Type - Item Designation) in July 2023.Execution of the Material and Component Technology Development Project (Heterogeneous Technology Convergence Type - Free Proposal) in April 2023 and the Material and Component Technology Development Project (Heterogeneous Technology Convergence Type - Item Designation) in July 2023.
Introduction
Location
145 Anam-ro, Seongbuk District, Seoul, South Korea
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