Our Ternary Anode Graphite Single/Dual-sided Coating Mass-produced Battery-grade Sheets are high-performance core components tailored for lithium-ion battery manufacturing, integrating excellent electrochemical properties, stable production quality, and flexible customization capabilities to meet the diverse needs of new energy battery applications.

1. Proven Graphite Material Performance: Made of high-purity graphite material with excellent electrical conductivity, stable cycle performance, and low volume expansion rate during charge-discharge processes. It provides reliable energy storage and release capabilities for lithium-ion batteries, meeting the basic performance requirements of various battery applications.
2. Dual Coating & Mass Production Readiness: Available in both single-sided and double-sided coating options to adapt to different battery structural designs (cylindrical, prismatic, pouch). As a battery-grade product with mature mass production technology, it ensures consistent coating uniformity and stable batch quality to support large-scale battery manufacturing.
3. Comprehensive Specifications & Customization: Covers a full range of standard specifications to match conventional battery design needs. Meanwhile, it offers flexible customization services, including adjustments to coating thickness, sheet size, and areal weight, to tailor to specific application scenarios and production line requirements of customers.

• Electric Vehicles: Ideal for passenger EVs, PHEVs, and light commercial vehicles, meeting daily travel range and safety requirements
• Energy Storage Systems: Suitable for residential, industrial, and grid storage applications with stable cycle life for repeated charge-discharge
• Industrial Batteries: Perfect for forklifts, AGVs, and backup power systems requiring reliable continuous operation

The cathode delivers high energy density (over 280Wh/kg) for demanding applications. For optimal performance, store in dry, low-humidity environments to prevent reactions with CO₂ and H₂O that could degrade performance.