Details
1. High product purity, low impurity content.
2. Extremely high conductivity, minimal product usage.
Currently, the main conductive agent for lithium-ion batteries in the domestic market is still the conventional conductive agent SP. Carbon black possesses superior ion and electron conductivity due to its larger specific surface area, facilitating electrolyte adsorption and enhancing ionic conductivity. Additionally, carbon particles tend to aggregate, forming a branched chain structure that can create a chain-like conductive network with the active material, thereby improving the material's electron conductivity.


Need R&D Support?
Browse key product categories and connect battery materials with Canrud's R&D services for testing, fabrication, and project support.
Experimental Materials
CategoryCathode, anode, electrolyte, separator, and other materials for battery research.
Shop cathode, anode & electrolyte materials →Lab Equipment
CategoryBattery lab equipment for pilot lines, fixtures, and testing workflows.
Browse battery lab equipment →Electrodes & Cells
CategoryCustom electrodes, dry cells, and battery cell components for R&D validation.
View custom battery electrodes & cells →Sodium Electrolyte
CategorySodium-ion electrolyte options for sodium battery research and validation.
Shop sodium battery electrolytes →R&D Services
ServiceFull-chain battery R&D services from material evaluation to cell fabrication and failure analysis.
Explore Canrud R&D services →Material Evaluation
ServiceCharacterization, electrochemical testing, and compatibility evaluation for battery materials.
Evaluate your battery materials →Electrode Fabrication
ServiceCustom electrode sheets and rolls based on your target chemistry and process needs.
Request electrode fabrication →Cell Fabrication
ServiceDry cells, assembled cells, and custom-format cell builds for R&D validation.
Build custom research cells →Contact
PageAsk Canrud to match products, materials, and services for your project.
Get product and R&D support →

