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深圳市金百纳纳米科技有限公司成立于2013年，是一家专注于绿色新能源领域的高新技术企业，致力于为全球锂离子电池行业提供创新性纳米材料解决方案。公司以“科技驱动能源革新”为使命，深耕锂电池导电剂领域，通过持续的研发创新和技术迭代，推动锂电池性能优化与产业升级。 公司聚焦锂电池导电剂材料的研发、生产与销售，核心产品包括碳纳米管导电剂、石墨烯复合导电浆料等高性能纳米材料。通过独特的纳米分散技术和表面改性工艺，产品显著提升锂电池的导电性、循环寿命及充放电效率，广泛应用于新能源汽车动力电池、储能系统及消费电子领域，助力客户实现高能量密度、高安全性的电池体系设计。 金百纳汇聚材料科学、电化学领域的高端人才,与国内外多家材料科研机构始终保持紧密的联系和合作，以保持在材料领域始终能够处于技术前端地位。 秉承“绿色科技，赋能未来”的理念，金百纳将持续聚焦新能源材料创新，推动锂电池导电剂技术迭代，为全球碳中和目标提供关键技术支撑，助力构建清洁、高效的能源新生态。 Shenzhen Jinbaina Nano Technology Co., Ltd., established in 2013, is a high-tech enterprise specializing in the green new energy sector, committed to delivering innovative nano-material solutions for the global lithium-ion battery industry. Driven by its mission of "Advancing Energy Innovation Through Technology," the company has deepened its expertise in lithium battery conductive additives. Through sustained R&D innovation and technological iteration, it promotes performance optimization and industrial upgrading in lithium battery applications. The company concentrates on the R&D, production, and sale of conductive additives for lithium batteries, with core products including carbon nanotube conductive agents and graphene composite conductive slurries—advanced nanomaterials known for high performance. Leveraging unique nano-dispersion technology and surface modification processes, these products significantly enhance the electrical conductivity, cycle life, and charge–discharge efficiency of lithium batteries. They are widely used in power batteries for new energy vehicles, energy storage systems, and consumer electronics, supporting customers in developing high-energy-density and high-safety battery systems. Jinbaina brings together top-tier talent in material science and electrochemistry, maintaining strong collaboration with multiple research institutions both domestically and internationally to ensure its technology remains at the forefront of the materials field. Guided by the vision of "Green Technology, Empowering the Future," Jinbaina will continue to focus on innovation in new energy materials, accelerate the technological evolution of lithium battery conductive additives, provide key technical support for global carbon neutrality goals, and contribute to the development of a clean, efficient energy ecosystem. |
