Xnergy XN-NCM622-PC polycrystalline NCM622 secondary particles SEM close view
XN-NCM622-PC polycrystalline NCM622 secondary particle SEM overview
  1. Xnergy XN-NCM622-PC polycrystalline NCM622 secondary particles SEM close view
  2. XN-NCM622-PC polycrystalline NCM622 secondary particle SEM overview

Polycrystalline NCM622 Ternary Cathode Material (Secondary Particles) XN-NCM622-PC

SKU: XN-NCM622-PC

Polycrystalline NCM622 Ternary Cathode Material (Secondary Particles) XN-NCM622-PC is a black polycrystalline NCM622 cathode powder with secondary-particle morphology, 4.63 μm D50, 1.57 g/cm³ tap density, and 188.5 mAh/g discharge capacity at 0.1C over 3.0–4.3 V.

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Name: Polycrystalline NCM622 Ternary Cathode Material (Secondary Particles) XN-NCM622-PC
Material Type: Polycrystalline NCM622 Ternary Cathode Powder
Product Code: XN-NCM622-PC
Brand: Xnergy

Product Introduction:

XN-NCM622-PC is a polycrystalline nickel-cobalt-manganese cathode material supplied as secondary particles. The supplied SEM images show rounded secondary agglomerates built from smaller primary particles. The material is intended for lithium-ion cathode and electrode research.

Core Features:

  • Polycrystalline NCM622 ternary cathode composition
  • Secondary-particle morphology
  • D10/D50/D90 values of 2.87/4.63/7.35 μm
  • 0.54 m²/g specific surface area
  • 1.57 g/cm³ tap density
  • 188.5 mAh/g stated discharge capacity at 0.1C, 3.0–4.3 V
  • 89.6% stated first-cycle efficiency

Technical Specifications:

Parameter Value
Product Type Polycrystalline NCM622 ternary cathode material
Particle Form Secondary particles
Product Code XN-NCM622-PC
Brand Xnergy
Appearance Black powder
D10 2.87 μm
D50 4.63 μm
D90 7.35 μm
Specific Surface Area 0.54 m²/g
Tap Density 1.57 g/cm³
Discharge Specific Capacity 188.5 mAh/g
Capacity Test Conditions 0.1C; 3.0–4.3 V
First-Cycle Efficiency 89.6%

Applications:

  • Lithium-ion battery cathode research
  • NCM622 electrode formulation and coating studies
  • Coin-cell and laboratory cell evaluation
  • Cathode-material characterization and process development
  • Comparison with single-crystal NCM622 materials

Note: Capacity and first-cycle efficiency are reported under the stated source conditions. Actual performance depends on electrode formulation, loading, density, electrolyte, cell format, formation protocol, temperature, and test method. Explore the Cathode Material Powder category, Cathode Materials, and the related S76L Single-Crystal NCM622 Cathode Material.

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