10C Ultra-High-Power Artificial Graphite Anode Material for Fast-Charging Li-ion Batteries
Our 10C Ultra-High-Power Artificial Graphite is a premium anode material specifically engineered for high-drain lithium-ion battery applications. By optimizing the particle morphology and surface coating, this material achieves an exceptional balance between high energy density and extreme discharge rates, making it the ideal choice for applications requiring instantaneous power delivery and rapid recharging.
Typical Applications
This material is widely adopted in industries where “Power is King,” including:
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Power Tools: High-torque drills, saws, and industrial equipment.
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E-Mobility: Fast-charging Electric Vehicles (EVs) and E-bikes.
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Drones & UAVs: High-discharge requirements for takeoff and maneuvering.
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Energy Storage Systems (ESS): Frequency regulation and high-power grid support.
Frequently Asked Questions (FAQ)
Q1: What defines “10C” in artificial graphite anode materials?
A: The “10C” rating indicates that the battery can be fully discharged in $1/10$ of an hour (6 minutes) or support a discharge current 10 times its rated capacity. Our 10C artificial graphite is specifically processed to ensure high lithium-ion conductivity and minimal heat generation during such rapid energy releases, making it ideal for high-drain applications.
Q2: Why choose artificial graphite over natural graphite for high-power applications?
A: While natural graphite has high theoretical capacity, artificial graphite offers superior structural stability and consistency. For 10C ultra-high-power needs, our artificial graphite provides:
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Better Cycle Life: A more robust SEI (Solid Electrolyte Interphase) layer.
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Lower Swelling: Reduced physical expansion during fast charging/discharging.
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Enhanced Rate Performance: Optimized particle morphology for faster ion diffusion.
Q3: Which industries benefit most from 10C ultra-high-power anode materials?
A: This material is the gold standard for sectors requiring instantaneous power and rapid recharge capabilities, including:
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Professional Power Tools: Drills and saws requiring high torque.
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UAVs & Drones: Critical for takeoff thrust and maneuverability.
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EV Fast-Charging: Reducing charging times to under 15 minutes.
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Hybrid Electric Vehicles (HEVs): Managing frequent high-power bursts.
