NovaCentrix Silver Nanopowder

NovaCentrix manufactures silver nanopowder with average particle size of 25 nm, with a specific surface area of 23 m2 /gm. Silver nanopowder is used in electrically conductive inks for inkjet and flexographic printing. Silver has also been shown to have antimicrobial properties. Nanopowder offers tight size control, high purity, and excellent dispersibility. A top performer for many applications, including, photovoltaics, displays, energy storage, RFID and smart packaging. Also used in electrically conductive inks and adhesives for inkjet and flexographic printing.

Chemical Name: Silver

CAS Number: 7440-22-4

Functions: Conductive Agent

Chemical Family: Silver & Silver Compounds

Synonyms: Ag

Technical Data Sheet
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Knowde Enhanced TDS

Identification & Functionality

Chemical Name
CASE Ingredients Functions
CAS No.
7440-22-4
EC No.
231-131-3

Features & Benefits

Applications & Uses

Compatible Substrates & Surfaces
Adhesive & Sealant Type
Applications

Antimicrobial properties make nanosilver ideal for skin and wound care, dressings, creams, ointments, drapes, and sutures, and it serves as a superior transparent and protective coating for eyeglasses and displays.

Medical devices and packaging, consumer products, including personal electronics, athletic gear, soaps, water filters, and humidifiers, and biocides such as paints, cleaning supplies, pulp, paper, and plastics. Our nanosilver is also used in coatings for textiles, wood preservation, marine, architectural, and ATMs.

Electrically conductive inks and adhesives for photovoltaics, displays, energy storage, RFID, and smart packaging.
Silver has been shown to have antimicrobial activity.

Properties

Physical Form
Typical Properties
ValueUnitsTest Method / Conditions
Average Particle Size25.0nm

Technical Details & Test Data

Material Structure/Crystallinity

NovaCentrix Silver Nanopowder - Material Structure/Crystallinity

X-ray diffraction data for silver showing the material to be highly crystalline. Note the broad peaks in the pattern confirming small crystallite size.