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NiFeMnCu(OH)2 precursor powder and Cu-doped nickel iron manganese hydroxide for high-capacity sodium-ion batteries by Atomfair.

NiFeMnCu(OH)2 Precursor Powder | Cu-doped Nickel Iron Manganese Hydroxide for High-Capacity Sodium-ion Batteries ATOMFAIR®

Price range: $320.00 through $600.00

The NiFeMnCu(OH)₂ precursor powder is specifically designed for high-capacity nickel-iron-manganese-copper (NFM) cathode materials. This advanced precursor plays a crucial role in enhancing the performance and longevity of lithium-ion batteries.

SKU: AAEPNFMCU0A0A0
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Description

NiFeMnCu(OH)2 Precursor Powder

QUATERNARY PRECURSOR | ADVANCED COPPER INTEGRATION

Product Overview
The NiFeMnCu(OH)2 precursor powder is a high-performance quaternary hydroxide engineered for the synthesis of advanced Nickel-Iron-Manganese-Copper (NFM) cathode materials. By strategically incorporating Copper (Cu) into the transition metal framework, this precursor facilitates superior electrochemical stability and structural integrity. It serves as a critical component for developing next-generation energy storage solutions with improved cycle life and enhanced energy density.

Technical Specifications

CATEGORY PARAMETER VALUE UNIT
Composition Analysis Nickel (Ni) 22.61 mol%
Iron (Fe) 33.05 mol%
Manganese (Mn) 33.43 mol%
Copper (Cu) 10.91 mol%
Physical Properties Bulk Density 1.12 g/cm³
Specific Surface Area (BET) 107.11 m²/g
Particle Size D10 3.731 μm
Particle Size D50 5.246 μm
Particle Size D90 7.545 μm
Moisture Content 2000 ppm
pH Value 8.33 –

Core Features & Advantages
Copper-Enhanced Stability: Strategic copper doping provides rigid structural reinforcement, significantly improving cell capacity retention during long-term charge-discharge cycles.
High Surface Activity: An ultra-high specific surface area (107.11 m²/g) guarantees outstanding chemical reactivity during high-temperature sintering, yielding uniform cathode morphology.
Optimized Particle Distribution: Strict control over micro-particle boundaries (D50: 5.246 μm) promotes higher tap/packing density and clean electrochemical pathways.

APPLICATION SCOPE:

  • Primary precursor for automotive and industrial NFM cathodes.
  • Sustainable intermediate for cost-effective Na-ion cells.
  • Advanced R&D for quaternary transition metal oxides.
  • Long-life grid energy storage systems (ESS).
 STORAGE & HANDLING:

Supplied in standard 100g high-barrier, moisture-proof bags. Store in a cool, dry place away from environmental humidity to maintain particle surface chemistry and precursor reactivity.
DEVELOP NEXT-GENERATION CATHODES
Contact our engineering team for technical support, sintering profiles, or bulk industrial quotes.
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

Additional information

weight

200g, 1000g

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