logo
produkty
Szczegóły produktów
Do domu > produkty >
Lithium-Rich Manganese-Based Polycrystalline Cathode Material with 3.6226m²/g Surface Area 2.1g/cm³ Tap Density and >300mAh/g Discharge Capacity
produkty
Skontaktuj się z nami
Mr. Sammy Qin
86--18620492985
WeChat qzgqzg
Skontaktuj się teraz

Lithium-Rich Manganese-Based Polycrystalline Cathode Material with 3.6226m²/g Surface Area 2.1g/cm³ Tap Density and >300mAh/g Discharge Capacity

MOQ: 5pcs
Ceny: 50-10000USD/Negotiable
Standardowe opakowanie: bottle
Okres dostawy: 5-8 working days
Metoda płatności: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Pojemność dostaw: 100000pcs/month
Szczegółowe informacje
Place of Origin
China
Nazwa handlowa
XWELL
Model Number
SF-HV-LRM-1
Specific Surface Area:
3.6226m²/g
Tap Density:
2.1g/cm³
Discharge Capacity (2.0-4.8V):
>300 (0.1C), 250 (1C)mAh/g
Initial Efficiency:
85%
Voltage Drop per Cycle:
0.6 (after 500 cycles)mV
Capacity Retention:
85 (after 500 cycles)%
Podkreślić:

3.6226m²/g Surface Area Polycrystalline Cathode Material

,

2.1g/cm³ Tap Density Lithium-Rich Cathode Material

,

>300mAh/g Discharge Capacity Manganese-Based Cathode Material

Opis produktu
Lithium-Rich Manganese-Based Polycrystalline Cathode Material SF-HV-LRM-1

Advanced high-voltage, high-capacity cathode material designed for scientific research applications, compatible with silicon-carbon anodes for high-capacity battery cell production.

Key Specifications
Category Parameter Unit Value
Main Content Li wt% 7.9079
Ni wt% 8.4322
Mn wt% 29.409
Co wt% 8.4643
Impurities Fe ppm 0.0533
Ca ppm 1.9011
Al ppm 0.9158
Zn ppm 1.968
Particle Size D10 μm 9.058
D50 μm 12.554
D90 μm 17.564
Dmax μm 29.764
Performance Specific Surface Area m²/g 3.6226
Performance Tap Density g/cm³ 2.1
Performance Discharge Capacity (2.0-4.8V) mAh/g >300 (0.1C), 250 (1C)
Performance Initial Efficiency % 85
Performance Voltage Drop per Cycle mV 0.6 (after 500 cycles)
Performance Capacity Retention % 85 (after 500 cycles)
Performance Graphs
Lithium-Rich Manganese-Based Polycrystalline Cathode Material with 3.6226m²/g Surface Area 2.1g/cm³ Tap Density and >300mAh/g Discharge Capacity 0 Lithium-Rich Manganese-Based Polycrystalline Cathode Material with 3.6226m²/g Surface Area 2.1g/cm³ Tap Density and >300mAh/g Discharge Capacity 1 500 cycle performance curve at 1°C
Product Advantages
  • Enhanced Battery Life: Minimizes delamination risks during charge cycles
  • Process Compatibility: Optimized for slurry coating, calendering, and stacking processes
  • Quality Consistency: Strict ±1μm tolerance control ensures reliable industrial-scale production
Storage Note: 1 year shelf life when stored at normal temperature in dry conditions
produkty
Szczegóły produktów
Lithium-Rich Manganese-Based Polycrystalline Cathode Material with 3.6226m²/g Surface Area 2.1g/cm³ Tap Density and >300mAh/g Discharge Capacity
MOQ: 5pcs
Ceny: 50-10000USD/Negotiable
Standardowe opakowanie: bottle
Okres dostawy: 5-8 working days
Metoda płatności: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Pojemność dostaw: 100000pcs/month
Szczegółowe informacje
Place of Origin
China
Nazwa handlowa
XWELL
Model Number
SF-HV-LRM-1
Specific Surface Area:
3.6226m²/g
Tap Density:
2.1g/cm³
Discharge Capacity (2.0-4.8V):
>300 (0.1C), 250 (1C)mAh/g
Initial Efficiency:
85%
Voltage Drop per Cycle:
0.6 (after 500 cycles)mV
Capacity Retention:
85 (after 500 cycles)%
Minimum Order Quantity:
5pcs
Cena:
50-10000USD/Negotiable
Packaging Details:
bottle
Delivery Time:
5-8 working days
Payment Terms:
L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability:
100000pcs/month
Podkreślić

3.6226m²/g Surface Area Polycrystalline Cathode Material

,

2.1g/cm³ Tap Density Lithium-Rich Cathode Material

,

>300mAh/g Discharge Capacity Manganese-Based Cathode Material

Opis produktu
Lithium-Rich Manganese-Based Polycrystalline Cathode Material SF-HV-LRM-1

Advanced high-voltage, high-capacity cathode material designed for scientific research applications, compatible with silicon-carbon anodes for high-capacity battery cell production.

Key Specifications
Category Parameter Unit Value
Main Content Li wt% 7.9079
Ni wt% 8.4322
Mn wt% 29.409
Co wt% 8.4643
Impurities Fe ppm 0.0533
Ca ppm 1.9011
Al ppm 0.9158
Zn ppm 1.968
Particle Size D10 μm 9.058
D50 μm 12.554
D90 μm 17.564
Dmax μm 29.764
Performance Specific Surface Area m²/g 3.6226
Performance Tap Density g/cm³ 2.1
Performance Discharge Capacity (2.0-4.8V) mAh/g >300 (0.1C), 250 (1C)
Performance Initial Efficiency % 85
Performance Voltage Drop per Cycle mV 0.6 (after 500 cycles)
Performance Capacity Retention % 85 (after 500 cycles)
Performance Graphs
Lithium-Rich Manganese-Based Polycrystalline Cathode Material with 3.6226m²/g Surface Area 2.1g/cm³ Tap Density and >300mAh/g Discharge Capacity 0 Lithium-Rich Manganese-Based Polycrystalline Cathode Material with 3.6226m²/g Surface Area 2.1g/cm³ Tap Density and >300mAh/g Discharge Capacity 1 500 cycle performance curve at 1°C
Product Advantages
  • Enhanced Battery Life: Minimizes delamination risks during charge cycles
  • Process Compatibility: Optimized for slurry coating, calendering, and stacking processes
  • Quality Consistency: Strict ±1μm tolerance control ensures reliable industrial-scale production
Storage Note: 1 year shelf life when stored at normal temperature in dry conditions
Sitemap |  Polityka prywatności | Chiny Dobra jakość Sprzęt do laboratorium baterii Sprzedawca. 2025 GUANGDONG XWELL TECHNOLOGY CO., LTD. Wszystkie prawa zastrzeżone.