Conductive Additives

Conductive additives play a vital role in battery electrodes by forming efficient electron pathways and enhancing electrical connectivity throughout the electrode. By reducing internal resistance, improving rate capability, and supporting uniform current distribution, they contribute to higher power performance and overall battery efficiency. Conductive Additives at Novarials include a range of carbon-based solutions designed for modern lithium-ion and related energy storage systems. The product lineup features carbon nanotubes and their conductive pastes, including multi-walled (MWCNT) and single-walled (SWCNT) formulations, dry CNT conductive additives, and carbon fibers. With excellent electrical conductivity, small diameters, high aspect ratios, and high electrochemical inertness, these additives form robust conductive networks that lower direct current resistance (DCR), improve electrode materials cohesion, enable higher electrode capacity, and extend cycle life. The result is safer, higher-energy batteries with enhanced fast-charge and high-power performance. Compatible with diverse formulation and processing methods, Novarials’ conductive additives support both research and industrial-scale battery manufacturing across a wide range of applications.