Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery

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Separator Type: None
Negative Materials: None
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  • Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
  • Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
  • Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
  • Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
  • Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
  • Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
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  • Overview
  • Product Overview
  • FEATURES AT A GLANCE
  • PRODUCT SPECIFICATIONS
  • SALES AND SERVICE NETWORK
  • Successful Project
  • SIMILAR PRODUCTS
  • FAQ
Overview

Basic Info.

Model NO.
Fes2 Power
Electrolyte
None
Cathode Materials
LFP
Type
Electrolyte
Cu
0.05%
S
52%
Zn
0.05%
Certificates
CE
Grade
Battery Grade
Granularity
200mesh
Sio2
0.80
MOQ
1kg
Fe
45%
Transport Package
Standard Exported Package
Specification
1-10um
Trademark
Gelon
Origin
Guangdong, China
Production Capacity
500 Set/Sets Per Month

Product Description

Product Overview

 

FeS2 Iron Disulfide powder
Iron Disulfide (FeS2) Powder, Chunk, Lumps (CAS: 12068-85-8) is a kind of dark gray powder, which has attracted significant interest as a material for photo voltaics and lithium-ion battery cathodes. Iron disulfide is also studied as a potential material for the sequestration of environmental contaminants.
FEATURES AT A GLANCE
* For photovoltaics
* Optoelectronic materials
* The manufacture of lithium ion battery cathodes
* Used in the manufacture of sulfur dioxide and sulfuric acid

 

Specs:

Electrolyte Salt: 1 mol/L LiPF6

Organic Solvent: EC+DMC+DEC; 1:1:1 in volume, 1% VC

Net weight: 500g, 50g/bag (1.75 oz) and 10 bags in total

Max. Voltage: 4.5V

Three protective layers packing for shipping and storage:

50g electrolyte solution in a Al bag which is corrosive-proof

 
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
 
Right elevation
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
Left elevation
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
Front elevation
 
PRODUCT SPECIFICATIONS
Elements
 
 
Standard
1
FeS2
%
≥98%
2
S
%
≥52%
3
Fe
%
≥45%
4
The matter is not soluble in 1+1HNO3
%
≤1.0
5
SiO2
%
≤0.80
6
The Iron soluble in 1+1HCl
%
≤0.005
7
Cu
%
≤0.05
8
Zn
%
≤0.05
Physical performance
 
 
 
Granularity
 
mesh
200
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
SALES AND SERVICE NETWORK
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
Successful Project
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
Project in Thailand
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Project in Bolivia
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
Project in UK
SIMILAR PRODUCTS
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery
FAQ
 
Raw Material Mechanism and Solution for The Capacity Fading of Li / Fes2 of Car Battery

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