Shenzhen Jinbaina Nano Technology Co., Ltd. has developed a high-performance carbon nanotube conductive paste model GCN168-40H, which stands out in the market for its low metal impurity content and excellent electrical conductivity. This innovative product was recently honored with the "Innovative Technology / Product of the Year" award at the Golden Globe Awards, highlighting its significance in the lithium battery industry.
The Golden Globe Awards have been a key event in the Chinese power battery sector for over a decade, marking the evolution of the industry from its early stages to its current state of growth and innovation. Since 2013, the awards have gained widespread recognition and active participation from leading companies in the lithium battery field. The purpose of the awards is to identify top-performing products and brands, encouraging companies to strive for excellence and build strong brand identities.
In 2017, the Golden Globe Awards were reintroduced to further promote technological innovation and enhance the brand value of enterprises. The event aims to document the development of China's lithium-ion industry and highlight the major forces driving its transformation. As a leader in supply chain resources and capital integration, the awards continue to support the advancement of high-tech lithium and electric vehicle technologies.
Shenzhen Jinbaina Nano Technology Co., Ltd. is a national high-tech enterprise specializing in the research, development, production, sales, and service of carbon nanomaterials and related products. The company focuses on improving the performance of power and consumer lithium-ion batteries, offering integrated solutions to manufacturers.
Jinbaina's core technology lies in the preparation of carbon nanotubes, known for their high purity and small diameter. Their latest conductive paste, GCN168-40H, offers significant advantages over traditional carbon nanotube pastes, including lower iron impurity content and superior electrical conductivity. These features make it ideal for meeting the safety and conductivity requirements of power batteries.
Compared to conventional iron-based carbon nanotubes, Jinbaina’s product contains less than 50 ppm of iron impurities, significantly lower than the 4,000 ppm found in traditional materials. Additionally, the improved growth process results in smaller diameters—5–12 nm compared to the typical 10–25 nm of cobalt-based nanotubes.
In terms of performance, GCN168-40H demonstrates better conductivity than standard carbon nanotube pastes. It can achieve the same level of conductivity with a reduced amount of additive, allowing for more active material to be added and thus increasing the energy density of the battery.
Beyond conductivity, the use of this slurry also enhances the battery's capacity, cycle life, and fast charge/discharge performance. Its good thermal conductivity helps with heat dissipation during charging and discharging, further improving battery safety and efficiency.
Jinbaina's products are already widely used by several major lithium battery manufacturers, including Watmar Battery, Shenzhen BAK Power, AVIC Lithium (Luoyang), Henan Xintaihang Power, and Guoneng Battery. According to customer feedback, the product consistently outperforms similar offerings, earning high satisfaction across various applications.
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