Nano-scale silicon-carbon anode materials
Launching the silicon-carbon battery era
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Maximizing electrode materials' energy potential
Building efficient, safe, and rapid electron and lithium-ion transport pathways to maximize fast charging and discharging capabilities, significantly improving the conductivity of positive and negative electrode materials.
Product Overview
Compatible with various cathode systems ,and silicon-based anode materials
BIMT's new conductive additives enhance battery electrochemical and safety performance through a unique process. They feature excellent conductivity, high purity, good flowability, safety, and stability, suitable for various cathode systems and silicon-based anode materials. They are widely used in electric vehicles, energy storage systems, consumer electronics, and other fields.
Carbon Nanotubes (CNT)
Next-generation conductive additives delivering superior performance with lower loading
Unlike traditional conductive additives, BIMT's carbon nanotubes (CNT) achieve better conductivity with lower addition amounts, while improving key technical indicators such as thermal stability, energy density, and cycle life of batteries.
Enhanced conductivityWith impedance only half that of carbon black, CNTs form more efficient three-dimensional conductive networks in electrode materials, accelerating electron and lithium-ion migration rates, improving battery charging and discharging efficiency.
Increased energy densityCompared to traditional conductive additives, our lower loading requirements save space for active materials, significantly improving battery energy density.
Enhanced charging rate capabilityThe one-dimensional structure and high conductivity enable batteries to output or input large amounts of electrical energy in a short period, improving fast-charging and discharging capabilities, better meeting the rapid charging requirements in fields such as electric vehicles.
Improved cycle lifeA stable conductive network enhances electrode material structural stability, reducing damage to electrode structures caused by volume changes during charging and discharging processes, improving battery cycling stability and service life.
Optimized battery safetyExcellent thermal conductivity helps dissipate heat during battery operation, reducing polarization, minimizing heat accumulation, and improving battery safety.
Solution
Customized to provide professional one-stop service
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Scale production,
continuous high-quality supplyWe have implemented intelligent equipment and advanced production processes, establishing large-scale production lines to ensure product quality, stability, consistency, and continuous supply capability. -
Custom design,
flexible adaptation across multiple applicationsOur new conductive additives are compatible with various cathode systems and silicon-based anode materials, allowing us to customize battery material solutions according to different requirements. -
Professional team, providing comprehensive testing servicesOur team is equipped with advanced tools and equipment to provide battery performance verification testing and any other specialized testing you may require.
Product manual of advanced conductive additives
