CO3O4 Cobaltosic Oxide Powder for Battery Research

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CO3O4 cobaltosic oxide powder

  Molecular formula:

                  Co3o4

1. Chemical property

Co  (%)

                       73~73.5

Li   (%)

                       ≦0.10

Fe  (%)

                       ≦0.001

Mn  (%)

                       ≦0.001

Na  (%)

                       ≦0.1

Ca  (%)

                       ≦0.03

Cu  (%)

                       ≦0.01

Mg  (%)

                       ≦0.02

Pd  (%)

                       ≦0.01

SO42- (%)

                       Trace

NO3-  (%)

                       ≦0.05

CL-  (%)

                       Trace

Formula weight

                       240.80

2. Physical Property

Color

                       Black

Sharp

                      Sphericity

Tap density(g/m3)

                      >2.0g/m3

Apparent density(g/m3)

                      >0.5g/m3

Particle size

                      D50=8~20um

Phase

                      Without others

Cobltosic oxide Exposed to air that easy absorption of moisture, but do not generate hydrate.

easy soluble in nitric acid.

Heated to 1200 ℃will be decomposed into cobalt oxide. In a hydrogen flame moderate

heat to 900 ℃, reduced to metallic cobalt.

Product Tags active cathode material cathode active materials ncm cathode material lithium cathode materials nca cathode material nmc cathode material anode and cathode materials cathode material suppliers anode cathode materials

Molecular formula:	Co3o4
1. Chemical property
Co (%)	73~73.5
Li (%)	≦0.10
Fe (%)	≦0.001
Mn (%)	≦0.001
Na (%)	≦0.1
Ca (%)	≦0.03
Cu (%)	≦0.01
Mg (%)	≦0.02
Pd (%)	≦0.01
SO42- (%)	Trace
NO3- (%)	≦0.05
CL- (%)	Trace
Formula weight	240.80
2. Physical Property
Color	Black
Sharp	Sphericity
Tap density(g/m3)	>2.0g/m3
Apparent density(g/m3)	>0.5g/m3
Particle size	D50=8~20um
Phase	Without others
Cobltosic oxide Exposed to air that easy absorption of moisture, but do not generate hydrate. easy soluble in nitric acid. Heated to 1200 ℃will be decomposed into cobalt oxide. In a hydrogen flame moderate heat to 900 ℃, reduced to metallic cobalt.