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P2-Type Nickel Manganese Sodium Cathode Material

Brand AOT
Product origin Xiamen, China
Delivery time 10-25 working days
Supply capacity 50 Sets/Month

MS-PMT-1 is a P2-type Nickel Manganeselayered oxide cathode material for sodium-ion batteries, delivering 117.31mAh/g specific capacity at 0.1C (4.25-2.0V) with 95% initial efficiency. Featuring a high tap density (1.586g/cm³) and optimized particle size distribution (D50=10.47μm), it enables high-energy-density battery designs for EVs and grid storage.

Product description

MS-PMT-1 is a P2-type Nickel Manganese layered oxide cathode material for sodium-ion batteries, delivering 117.31mAh/g specific capacity at 0.1C (4.25-2.0V) with 95% initial efficiency. Featuring a high tap density (1.586g/cm³) and optimized particle size distribution (D50=10.47μm), it enables high-energy-density battery designs for EVs and grid storage.

Item	Unit	Specification	Typical Value	Test Method or Instrument
Appearance	/	Black powder	/	Visual inspection
Tapped Density	g/cm³	≥1.20	1.586	Ref GB/T5162-2006
Surface Area	m²/g	0.3-1.0	0.843	Surface area analyzer
H₂O	ppm	≤500	463	Moisture analyzer
D₁₀	μm	≥2.00	3.157	Laser particle size analyzer
D₅₀	μm	8.00±2.00	10.473	Laser particle size analyzer
D₉₀	μm	≤24.00	25.969	Laser particle size analyzer
Na	wt%	20.50~21.00	20.25	AAS
Ni+Fe+Mn	wt%	50.50±1.00	50.08	GB/T223.25-1994, Gravimetric method
pH	/	≤13.00	12	pH meter
Capacity	mAh/g	≥100.0	117.31	Coin cell, 4.25~2.0V, 0.1C charge/discharge
Initial Efficiency	%	≥92	95	/

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FAQ

Q: What is the cycle performance of the P2-Type Nickel Manganese Sodium Cathode Material?

A: According to the product description, MS-PMT-1 has a specific capacity of 117.31mAh/g and an initial efficiency of 95%. Although the product information does not explicitly provide data on cycle performance, P2-type Nickel Manganese layered oxide cathode materials generally exhibit good cycle stability in sodium-ion batteries. The high specific capacity and initial efficiency suggest that it performs well in electrochemical performance and can support high-energy-density battery designs for electric vehicles (EVs) and grid storage.

Q: Is this P2-Type Nickel Manganese Sodium Cathode Material suitable for large-scale energy storage systems?

A: Yes, MS-PMT-1 is a high-energy-density cathode material designed for sodium-ion batteries. Its stable 4.2V operating voltage and optimized particle size distribution (D50=10.47μm) make it well-suited for large-scale energy storage systems such as electric vehicles (EVs) and grid storage. The high specific capacity and initial efficiency meet the requirements for energy density and efficiency in large-scale energy storage systems. Additionally, its low moisture content (463ppm) helps enhance the safety and stability of the battery. Therefore, this P2-Type Nickel Manganese material is an ideal choice for large-scale energy storage systems.

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Nickel Manganese