Information
21 Oksan-ro 214beon-gil, Bucheon, Gyeonggi-do, South Korea
+82 70-7585-2528
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Overview
- Summary
- BSG Materials is an innovative company specializing in anode materials for secondary batteries, utilizing thermal plasma-based nanomaterial technology. The company aims to be a game-changer in the field of Li-ion battery anode materials, contributing to strengthening the competitiveness of Korea's battery ecosystem. With advanced thermal plasma technology and superior powder technology, it provides innovative solutions for various advanced nanomaterials. Established in 2021, the company is growing with a focus on developing anode materials for secondary batteries.BSG Materials is an innovative company specializing in anode materials for secondary batteries, utilizing thermal plasma-based nanomaterial technology. The company aims to be a game-changer in the field of Li-ion battery anode materials, contributing to strengthening the competitiveness of Korea's battery ecosystem. With advanced thermal plasma technology and superior powder technology, it provides innovative solutions for various advanced nanomaterials. Established in 2021, the company is growing with a focus on developing anode materials for secondary batteries.
- Key Products/Technologies
- Thermal Plasma Technology: An eco-friendly thermal plasma-based technology for manufacturing nanomaterials. A proprietary technology essential for silicon nano-sizing and composite powder production.Thermal Plasma Technology: An eco-friendly thermal plasma-based technology for manufacturing nanomaterials. A proprietary technology essential for silicon nano-sizing and composite powder production.
- Nano Si Powder: A core material for Li-ion battery anode materials. This nano-sizing technology overcomes the volume expansion limitation of silicon, which has 10 times higher charging capacity than conventional carbon materials.Nano Si Powder: A core material for Li-ion battery anode materials. This nano-sizing technology overcomes the volume expansion limitation of silicon, which has 10 times higher charging capacity than conventional carbon materials.
- Si/C Composite: An anode material combining silicon and graphite using a plasma process. It contributes to reducing charging time and extending driving range by suppressing volume expansion and increasing charging capacity by five times.Si/C Composite: An anode material combining silicon and graphite using a plasma process. It contributes to reducing charging time and extending driving range by suppressing volume expansion and increasing charging capacity by five times.
- Magnetorheological Fluid (MRF): One of the product categories listed on the company's website. It indicates potential for expansion into functional nanomaterials.Magnetorheological Fluid (MRF): One of the product categories listed on the company's website. It indicates potential for expansion into functional nanomaterials.
- Core Advantages
- Proprietary Thermal Plasma-based Nanomaterial Technology: Successful resolution of agglomeration issues in silicon nano-sizing and graphite composite processes, with the capability to produce silicon powder at 100 nanometers. This is a key technology for overcoming the commercialization challenges of high-capacity silicon anode materials.Proprietary Thermal Plasma-based Nanomaterial Technology: Successful resolution of agglomeration issues in silicon nano-sizing and graphite composite processes, with the capability to produce silicon powder at 100 nanometers. This is a key technology for overcoming the commercialization challenges of high-capacity silicon anode materials.
- Expertise in Secondary Battery Anode Materials: A team composed of specialists with over 30 years of experience in the battery field and expertise in battery and electronic materials marketing. The founders and co-founders possess extensive industry experience and technical know-how.Expertise in Secondary Battery Anode Materials: A team composed of specialists with over 30 years of experience in the battery field and expertise in battery and electronic materials marketing. The founders and co-founders possess extensive industry experience and technical know-how.
- Potential for High-Capacity and High-Performance Batteries: Capability to achieve high energy density, fast charging, and long lifespan in silicon anode materials. Contribution to increased EV driving range and enhanced battery performance through next-generation material technology.Potential for High-Capacity and High-Performance Batteries: Capability to achieve high energy density, fast charging, and long lifespan in silicon anode materials. Contribution to increased EV driving range and enhanced battery performance through next-generation material technology.
- Intellectual Property and Patent Acquisition Efforts: Holding 12 patents, 1 non-exclusive license, and 5 patent applications. Notably, a patent application related to a composite anode structure and a lithium secondary battery anode active material containing it.Intellectual Property and Patent Acquisition Efforts: Holding 12 patents, 1 non-exclusive license, and 5 patent applications. Notably, a patent application related to a composite anode structure and a lithium secondary battery anode active material containing it.
- Selection for National Projects and Investment Attraction: Selection for national projects by the Ministry of Trade, Industry and Energy and the Ministry of SMEs and Startups in 2022, and the Scale-up TIPs national project in 2023. Successful seed funding and pre-series funding rounds.Selection for National Projects and Investment Attraction: Selection for national projects by the Ministry of Trade, Industry and Energy and the Ministry of SMEs and Startups in 2022, and the Scale-up TIPs national project in 2023. Successful seed funding and pre-series funding rounds.
- Proactive Market Response and Customer Evaluation: Selection for the Nano-Si High-Conductivity Graphene Anode Material Development Project in 2024, with PP line sample shipments and customer evaluations initiated. Preparation for testing with major domestic battery manufacturers like LG Energy Solution and Samsung SDI.Proactive Market Response and Customer Evaluation: Selection for the Nano-Si High-Conductivity Graphene Anode Material Development Project in 2024, with PP line sample shipments and customer evaluations initiated. Preparation for testing with major domestic battery manufacturers like LG Energy Solution and Samsung SDI.
- Target Industries
- Secondary Battery Industry: Manufacturing of anode materials, a core component of lithium-ion batteries.Secondary Battery Industry: Manufacturing of anode materials, a core component of lithium-ion batteries.
- Electric Vehicle (EV) Industry: Next-generation anode material solutions contributing to higher capacity, extended driving range, and reduced charging time for EV batteries.Electric Vehicle (EV) Industry: Next-generation anode material solutions contributing to higher capacity, extended driving range, and reduced charging time for EV batteries.
- Energy Storage System (ESS) Industry: Contribution to improving ESS efficiency through high-performance battery technology.Energy Storage System (ESS) Industry: Contribution to improving ESS efficiency through high-performance battery technology.
- Major Markets
- South KoreaSouth Korea
- Certifications/Patents
- Patents Held: 12 patents.Patents Held: 12 patents.
- Patent Applications: 5 patent applications.Patent Applications: 5 patent applications.
- Non-Exclusive License: 1 non-exclusive license.Non-Exclusive License: 1 non-exclusive license.
- Patent Application for Composite Anode Structure and Lithium Secondary Battery Anode Active Material Containing It (KR102648840B1).Patent Application for Composite Anode Structure and Lithium Secondary Battery Anode Active Material Containing It (KR102648840B1).
- Certified of Authorization R&D Center.Certified of Authorization R&D Center.
- Venture Company Certified.Venture Company Certified.
Introduction
Location
21 Oksan-ro 214beon-gil, Bucheon, Gyeonggi-do, South Korea
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