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Nano silver powder

Ultra High Purity Material Manufacturer

WhatsApp:

86 13823152377

Product Description
Product classification

Type

Average particle size

(nm)

Purity

(%)

Specific surface area

(m2/g)

Bulk density

(g/cm3)

Crystal form Color
Nanoscale 

CW-Ag-001

20

>99.9

42.0

0.5

spherical gray
Sub-micron

CW-Ag-002

400

>99.9

24.9

1.58

spherical gray-white
Custom processing

 Adjust product purity and particle size appropriately according to customer needs

 

Main feature 

1 Silver powder has a low bulk ratio and good fluidity;
2 The surface of the conductive layer of silver powder is smooth and conductive;
3 High-performance conductive filling material with good oxidation resistance. It is used in electronic paste, electronic product conductive, electromagnetic shielding, antibacterial and antivirus.

 

Application field

1 Film, superfine fiber;
2 ABS, PC, PVC and other plastic substrates;
3 Antibacterial and antibacterial agents;
4 Used as high temperature sintered conductive silver paste and low temperature polymer conductive silver paste;
5 Ultra-fine silver powder: The average particle size is 0.4 microns. This series of silver powder is mainly suitable for the conductive filler of high-temperature sintered conductive paste. The combination of this series of silver powder can achieve different goals of sintering and can also be used for special catalysts and antibacterial materials. Uses: 6 Silver powder is mainly used as conductive filler for conductive coatings, conductive inks, and polymer conductive silver pastes; it is a high-performance conductive filler material with good oxidation resistance. It is used in electronic paste, electronic product conductive, electromagnetic shielding, antibacterial and antivirus. 

 

Packaging and storage

This product is in inert gas anti-static packaging and should be sealed and stored in a dry and cool environment. It should not be exposed to the air for a long time to prevent agglomeration due to moisture, which will affect the dispersion performance and use effect.