BTR New Material Group Co., Ltd.

Activated carbon and capacitor carbon materials with controllable pore structure and surface chemistry, combining high power and high capacity for capacitor-type applications.

Controllable pore structure and tunable surface chemistry; models cover BAC-1/1M/1L/1HC, balancing high power and high capacity.

• Electric double-layer capacitors
• Lithium-ion capacitors
• Hybrid capacitors

A new silicon-based anode with high capacity, low expansion and broad applicability, targeting high-energy-density battery scenarios such as long-range electric vehicles, premium consumer batteries, high-power power tools and low-altitude aircraft.

High capacity and low expansion; covers silicon-oxide (SiO) and silicon-carbon series, with models including the BAS/BDS families and broad applicability.

• Long-range electric vehicles
• Premium consumer batteries
• High-power cordless power tools
• Low-altitude aircraft

Artificial graphite anode with high energy density supporting up to 6C ultra-fast charging, suitable for EV, power tool and drone cells.

High energy density, supports up to 6C ultra-fast charging; HRG-1/2/4 models and T-Pro series.

• EV electric vehicles
• Power tools
• Drones

Graphite anode with long cycle life, high energy density and high compaction density, suitable for EV cells.

High compaction density, high energy density, long cycle life; LSN17-E series models.

• EV electric vehicles

Graphite anode with high power and good low-temperature performance, suitable for plug-in hybrid vehicle and power tool cells.

High power and low-temperature resistance; models AGP-7 and AGP-9.

• Plug-in hybrid electric vehicles
• Power tools

Graphite anode with long service life, low expansion and fast charging, suitable for electric vehicle, energy storage and power tool cells.

Low expansion, long service life, fast charging; GSN/LSG series models.

• Electric vehicles
• Energy storage
• Power tools

High-nickel NCA ternary cathode offering high safety, high rate capability, low internal resistance and low cost, suitable for power tool and consumer battery cells.

High safety, high rate capability, low internal resistance, low cost; models N8-F/FS/FH.

• Power tools
• Consumer batteries

High-nickel NCM ternary cathode with high capacity, long cycle life and excellent storage performance, suitable for EV cells, premium consumer batteries, high-power power tools and low-altitude aircraft.

High capacity, long cycle life, excellent storage performance; models M90/MA9/H9-C3.

• Electric vehicles
• Premium consumer batteries
• High-power power tools
• Low-altitude aircraft

A medium-nickel high-voltage single-crystal NCM cathode engineered for high-energy-density cells: intact single-crystal particles curb interfacial side reactions, so capacity fades far more slowly under high voltage and elevated temperature while safety and manufacturing cost stay balanced.

System: medium-nickel high-voltage NCM single crystal; Feedstock route: short-process recycled material; Models: M1-S2 / MF-SLB / M1-S4; Compacted density: 3.4 g/cm³; Specific capacity at 0.1C: ≥195 mAh/g; Capacity retention after 500 cycles at 45°C: ≥92%; Cell use: 3C / EV / xEV

• 3C consumer electronics
• EV electric vehicles
• xEV

Sodium-ion layered oxide cathode designed with high-entropy and composite-phase structures, balancing capacity and cycle life, suitable for start-stop power supplies, off-grid power, two-wheelers and A00 EVs.

High-entropy and composite-phase structural design, balancing capacity and cycle life; models BNS-O3A/BNS-O3B/BNS-P2C/BNH-P2B.

• Start-stop power supplies
• Off-grid power supplies
• Two-wheelers
• A00 EVs

Sodium-ion polyanionic NFPP cathode built through particle grading, optimized oil absorption value and elemental doping to achieve a high-compaction, high-rate pure-phase structure, suitable for energy storage, backup power, two-wheelers and start-stop power supplies.

Particle grading, optimized oil absorption value, elemental doping, high compaction and high rate in a pure phase; model BPA-1.

• Energy storage
• Backup power
• Two-wheelers
• Start-stop power supplies

Oxide solid-state electrolytes that provide multiple material application solutions for hybrid solid-liquid batteries, featuring high dispersibility and high conductivity, suitable for 3C, ESS, EV and xEV cells.

High dispersibility and high conductivity; models BEO-2SN3/4P/2LP6.

• 3C consumer electronics
• ESS energy storage
• EV electric vehicles
• xEV

Polymer solid-state electrolytes that strengthen the battery's thermal safety boundary and suppress cracking of active particles, suitable for hybrid solid-liquid batteries in consumer electronics, drones, electric vehicles and energy storage stations.

High durability and low expansion, strengthening the thermal safety boundary; prepolymer solution curing process.

• Consumer electronics
• Drones
• Electric vehicles
• Energy storage stations

Sulfide solid-state electrolytes with submicron-scale fine structure design and high ionic conductivity, suitable for ESS, EV and xEV cells.

Submicron-scale fine structure, high ionic conductivity; model BSS-1P50.

• ESS energy storage
• EV electric vehicles
• xEV

Lithium sulfide produced with a low-cost mass-production technology that breaks through the industry's scale-up application bottleneck, suitable for Li-S, EES, EV and xEV cells.

Low-cost mass-production technology; model BLS-1P50.

• Li-S lithium-sulfur batteries
• EES energy storage
• EV electric vehicles
• xEV

Cost-effective lithium-rich manganese-based cathode with synergistically optimized structural stability and kinetics, suitable for EVs, drones and flying cars.

High cost-effectiveness, synergistic optimization of structural stability and kinetics; models LR1-CH-35/40.

• EV electric vehicles
• Drones
• Flying cars

A lithium metal composite anode engineered for low expansion, high capacity and long cycle life, suitable for 3C, drones, eVTOL and humanoid robots.

Low expansion, high capacity, long cycle life; models BGC-1/3/5.

• 3C consumer electronics
• Drones
• eVTOL
• Humanoid robots