Develop product serialization


APG-199 JRK-1
APG-199 JRK-1
  • High capacity and high dynamics
  • Capacity:350
  • Application: Online ride hailing
APG-205 CJ-2
APG-205 CJ-2
  • Long life energy storage
  • Capacity:345
  • Application: Energy Storage
CJ-1
CJ-1
  • High magnification power
  • Capacity:338
  • Application: Start stop, fast charging buses
5AL及5A
5AL & 5A
  • High comprehensive graphite
  • Capacity:350/355
  • Application: Passenger cars
APG-071 A70L
APG-071 A70L
  • Low cost high storage
  • Capacity:345
  • Application: Energy storage, logistics vehicles
APG-273 CJ-N
APG-273 CJ-N
  • Long life energy storage
  • Capacity:345
  • Application: Energy Storage
CJ-345
CJ-345
  • Secondary particle dynamics
  • Capacity:345
  • Application: Passenger cars

Long cycle negative electrode advantage


● Early development of negative electrodes for long cycle energy storage

Advantage:
1. Unique pilot production line with delayed coking and mass-produced raw material performance tailored for negative electrodes;
2. Adopting Acheson for the first time to achieve excellent performance;
3. Mature graphitization processing curve;
4. Advanced graphitization cooling mechanism.

Patent certificate


The invention relates to a modified natural graphite battery anode material and a preparation method thereof

The invention relates to a modified natural graphite battery anode material and a preparation method thereof

Test method for electrochemical properties of carbon anode materials

Test method for electrochemical properties of carbon anode materials

Lithium titanate battery and a preparation method thereof

Lithium titanate battery and a preparation method thereof

Graphite anode materials and lithium ion batteries

Graphite anode materials and lithium ion batteries

Anode material for lithium ion battery and preparation method thereof

Anode material for lithium ion battery and preparation method thereof

Composite negative electrode and preparation method thereof and lithium ion battery

Composite negative electrode and preparation method thereof and lithium ion battery

Battery, negative electrode material and preparation method thereof

Battery, negative electrode material and preparation method thereof