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One-stop service: production flow
Empowering the Future: Masters of New Energy & Battery Cell Technology
Coke
Crushing
Granulation
Pre-carbonization
Graphitization
Carbon coating
Mixing
Sieving
Magnetic separation
Packing
Coke
Crushing
Granulation
Pre-carbonization
Graphitization
Carbon coating
Mixing
Sieving
Magnetic separation
Packing
Application
GMC's anode materials have the advantages of low internal resistance and high capacity, making them widely used in various lithium battery applications, including new EV, ESS, consumer electronics, emergency power supplies, and drones.
Electric Vehicle
Electric Vehicle
Consumer Electronics
Consumer Electronics
Energy Storage System
Energy Storage System
Power Tools
Power Tools
Drones
Drones
Features
Advancing Quality, Pioneering Technology, and providing Comprehensive Technical Support
Fast charging and discharging
Excellent isotropic performance, surface modification for self-healing, lithium-ion rapid entrance and exit.
High energy density
High-quality needle coke, high degree of graphitization, close to theoretical gravimetric capacity.
Wild temperature range
Surface modification for self-healing, reducing electrochemical reaction impedance,enhancing electrolyte compatibility.
Long cycle life
A well-organized layered structure of graphite,the original surfaces of graphite typically undergo mechanical transformation into spherical shapes, reducing continuous SEI formation.
Excellent safety performance
Water-based cell system design, reduced solvent formulation use, environmentally friendly and safe.
Easy mixing processing
Uniform particle size distribution, spherical shapes, low ash and impurities.
Si series material
Nano-silicon effectively embedded on the graphite surface, special processes to suppress swelling.
Next-generation sodium batteries
Abundant resources, low thermal conductivity, low risk of thermal runaway.
Fast charging and discharging
Excellent isotropic performance, surface modification for self-healing, lithium-ion rapid entrance and exit.
High energy density
High-quality needle coke, high degree of graphitization, close to theoretical gravimetric capacity.
Wild temperature range
Surface modification for self-healing, reducing electrochemical reaction impedance,enhancing electrolyte compatibility.
Long cycle life
A well-organized layered structure of graphite,the original surfaces of graphite typically undergo mechanical transformation into spherical shapes, reducing continuous SEI formation.
Excellent safety performance
Water-based cell system design, reduced solvent formulation use, environmentally friendly and safe.
Easy mixing processing
Uniform particle size distribution, spherical shapes, low ash and impurities.
Si series material
Nano-silicon effectively embedded on the graphite surface, special processes to suppress swelling.
Next-generation sodium batteries
Abundant resources, low thermal conductivity, low risk of thermal runaway.
Contact Us
If you have any related questions, we look forward to your call to the customer service hotline