Anode Material
Rigid Carbon Cloth 0.34mm Thickness 36x18cm for Fuel Cells & Li-Air Batteries - Hydrophilic/Hydrophobic Conductive Material
High-performance rigid carbon cloth with 0.34mm thickness and 0.11×10⁻² Ω resistance, available in hydrophilic/hydrophobic variants. Ideal as conductive catalyst carriers and current collectors for fuel cells, lithium-air batteries, and energy storage systems. Features excellent mechanical stability and consistent batch quality.
Artificial Graphite Powder for Lithium Ion Battery Anodes - 340 mAh/g Capacity, 15 μm Particle Size
High-performance artificial graphite powder with 340 mAh/g specific capacity and 15 μm particle size for lithium-ion battery anodes. Features excellent compaction density (1.55 g/cm³ double-sided), thermal stability, and compatibility with BTR, Zichen, and Shanshan battery systems. Ideal for EV, ESS, and 3C applications with 24-month shelf life.
Carbon-Coated Aluminum Foil for Lithium-Ion Batteries - 15μm Thickness, 191.1 MPa Tensile Strength with Superior Conductivity
Advanced carbon-coated aluminum foil current collector for lithium-ion and lithium-sulfur batteries. Features excellent electrical conductivity, superior adhesion performance, and uniform coating consistency. Available in single-sided (~1μm) and double-sided (~2μm) options with customizable dimensions. Enhances battery performance with reduced contact resistance and improved efficiency.
Ternary Anode Silicon Carbon Sheet with 280+ Wh/kg Energy Density - Single/Double-Sided Coating for EV & Industrial Batteries
High-performance battery-grade silicon carbon anode material delivering over 280 Wh/kg energy density. Available in single and double-sided coating options for electric vehicles, energy storage systems, and industrial batteries. Features enhanced cycle life, excellent process compatibility, and mass production capability for industrial-scale applications.
Ternary Anode Graphite Sheets with 450mAh/g Capacity and 2-10mg/cm² Areal Density for Battery Manufacturing
High-performance ternary anode graphite sheets featuring 450mAh/g capacity and 2-10mg/cm² areal density options. Designed for lithium-ion batteries in electric vehicles, energy storage systems, and industrial applications. Offers excellent conductivity, stable cycle performance, and flexible single/dual-sided coating capabilities for mass production.
Porous Silicon-Carbon Anode Material Si/C 1200-1600 mAh/g for Lithium-Ion Batteries High Capacity Long Cycle Life
Porous Si/C anode material combines high silicon capacity with carbon conductivity, buffering volume expansion for over 1000 cycles with ≥80% retention. Reversible capacity 1200-1600 mAh/g, pore size 5-50 nm. RoHS/REACH compliant, customizable particle size and carbon content for high-performance lithium-ion batteries.