Nickel Cobalt Aluminum (NCA) precursor - A

$30.21

Chemicalformula：

Ni0.88Co0.09AL0.03(OH)2

Appearance：

polycrystalline

Model：

MA-EN-CA-0018

item_No

Specifications

Price

MA-EN-CA-001801

20g

$30.21

Details

Overview

Specifications

Details

The Nickel Cobalt Aluminum (NCA) precursor - A is a commercially manufactured high-nickel precursor designed for the synthesis of cathode materials targeting energy densities up to 300 Wh/kg. With a polycrystalline composition of Ni₀.₈₈Co₀.₀₉Al₀.₀₃(OH)₂, it serves as a stable, quality-controlled intermediate for producing NCA-based cathodes. As a precursor, it does not contain lithium ions and therefore exhibits no inherent electrochemical properties; finished electrode properties depend on subsequent processes such as lithium salt addition, mixing, and sintering. This makes it particularly suitable for research institutions and universities focusing on material doping, coating, or process optimization. Widely adopted by major cathode material manufacturers, it provides a reliable foundation for both fundamental studies and development of advanced high-nickel energy materials.

NCA high-nickel material is one of the cathode materials that achieve a goal of 300Wh/kg high energy density.

The precursor itself does not contain lithium ions, and has no electrochemical properties such as gram capacity & efficiency;

When producing finished sintering, need to added lithium salts, additives, etc. And the amount of addition, mixing & sintering process, etc. will cause differences in electrochemical properties, so it is impossible to give a specific performance judgment, please be aware.

1. NCA precursor is a commercially produced product with good quality and stability

2. Widely used in major mainstream cathode material factories

3. Suitable for material doping and coating research in universities and research institutions

4. This product is a polycrystalline product with a composition of Ni0.88Co0.09AL0.03(OH)2

NCA high nickel material is one of the positive electrode materials for achieving the goal of high energy density of 300Wh/kg;

The precursor itself does not contain lithium ions and lacks electrochemical properties such as capacity and efficiency;

When producing finished products for sintering, it is necessary to add lithium salts, additives, etc. The amount of addition, mixing and sintering process can cause differences in electrochemical performance, so specific performance judgments cannot be given. Please be informed.