ZXN-NFPP01

ZXN-NFPP01

NFPP polyanionic sodium-ion batteries
There are various types of polyanionic compounds, generally composed of cationic and anionic groups. The anionic groups are composed of a series of (XO4)n- (X represents sulfur, phosphorus, silicon or other elements) units with strong covalent bonds

Product Specifications

Specification

Test method
0.1C first-discharge specific capacity(mAh/g)

115±5

vs.Na，1.8V-4.0V，
0.1C initial discharge efficiency(%)

≥95

CR2032 button battery
1C first-discharge specific capacity(mAh/g)

100±5
Compaction density(g/cm3)

≥2.0

Powder compaction density meter (250MPa)
25 °C cycle

＞5000
Appearance

Black powder, no caking

Visual inspection
Tap density(g／cm3)

1.1±0.2

Tap density meter
Loose density(g／cm3)

1.0±0.2

Loose density meter
pH value

9±1

pH meter
Specific surface area(m2／g)

15±4

Physical adsorption method
Particle size(um)

D10

≥0.4

D50

3.5±2.0

D90

≤12≤1

Dmax

≤17
Moisture(ppm）

≤1000

Moisture analyzer
Magnetic substance（ppb）

≤1000

ICP test method

Industrial commercial energy storage

Household energy storage

Explore More

ZXN-M05

The adoption of polynary co-doping and nano-coating process allows materials to have good cycling stability and storage performance

ZXN-M02A

The adoption of nano doping technology and particle matching process allows materials to have both high capacity and high compaction density

ZXN-M01A

The adoption of polynary co-doping and gradient sintering process allows materials to have good cyclic stability while taking into account their capacity

ZXN-M06

The adoption of raw material modification technology and ion pre-doping process leads to the synthesis of single crystal morphology materials with excellent room temperature and high temperature cycle performance

ZXN-M01

The adoption of doping modification technology, combined with slightly oxygen-enriched synthesis process, allows materials to have super-high capacity and good cycle performance

ZXN-M08

The adoption of polynary co-doping and coating processes, as well as multiple sintering modification techniques, allows materials to have excellent high-temperature cycling performance and excellent storage performance

ZXN-M05

The adoption of polynary co-doping and nano-coating process allows materials to have good cycling stability and storage performance

ZXN-M02A

The adoption of nano doping technology and particle matching process allows materials to have both high capacity and high compaction density

ZXN-M01A

The adoption of polynary co-doping and gradient sintering process allows materials to have good cyclic stability while taking into account their capacity

ZXN-M06

The adoption of raw material modification technology and ion pre-doping process leads to the synthesis of single crystal morphology materials with excellent room temperature and high temperature cycle performance

ZXN-M01

The adoption of doping modification technology, combined with slightly oxygen-enriched synthesis process, allows materials to have super-high capacity and good cycle performance

ZXN-M08

The adoption of polynary co-doping and coating processes, as well as multiple sintering modification techniques, allows materials to have excellent high-temperature cycling performance and excellent storage performance

ZXN-M05

The adoption of polynary co-doping and nano-coating process allows materials to have good cycling stability and storage performance

ZXN-M02A

The adoption of nano doping technology and particle matching process allows materials to have both high capacity and high compaction density

ZXN-M01A

The adoption of polynary co-doping and gradient sintering process allows materials to have good cyclic stability while taking into account their capacity

ZXN-M06

The adoption of raw material modification technology and ion pre-doping process leads to the synthesis of single crystal morphology materials with excellent room temperature and high temperature cycle performance

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