Antibacterial Powder Nano Grade Silver ion Antimicrobial Additive Silver nanoparticles

Short Description:

Antibacterial Powder Nano Grade Silver ion Antimicrobial Additive Silver nanoparticles

1. Product name: Antibacterial Silver ion nanoparticles

2. Purity: 99.9%min 3. Particle size: 30nm, 50nm, etc4 Appearance: white powder

Send email to us

Product Detail

Product Tags

Brief introduction

Antibacterial Powder Nano Grade Silver ion Antimicrobial Additive Silver nanoparticles

1. Product name: Antibacterial Silver ion nanoparticles

2. Purity: 99.9%min

3. Particle size: 30nm, 50nm, etc

4 Appearance: white powder

Performance

This is made by using Zirconium Phosphate as carrier, and distributing uniformly the antibacterial silver ions by stable form into the structure of Zirconium Phosphate.

It’s ultra-fine powder with strong antibacterial effect, high security, stable chemical property, superior heat resistance and no drug resistance, therefore broad-spectrum restraining and killing many types of bacterium, such as Klebsiella pneumonia, Escherichia coli, Staphylococcus aureus, Candida albicans etc. The heat resistance and long-acting effect are incomparable by other antibacterial agent.

Application

Superior antibacterial effect, broad spectrum; no toxicity

- Stable physicochemical property, high temperature resistance, long-acting effect

- Small particles, no discoloration. Can be applied for special products such as thin film and medical device.

Textile, shoe materials, plastic, rubber, ceramic and coating, etc.

[How to use]

- Textile and plastic: Pre-fabricate into antibacterial master batches, then add it into plastic by proportion. Suggested rate 1.0-1.2% by weight.

- Rubber: Add in the production process by suggested rate 1.0-1.2% by weight.

- Ceramic: Suggested rate 6-10%

- Coating: Suggested rate 1-3%

Specification

Item	Index
Appearance	White powder
Average Particle Size	D50 < 1.0 μm
Tap Density	1.8g/ml
Moisture	≤0.5%
Ignition loss	≤1.0%
Temperature Tolerance	>1000℃
Whiteness	≥95
Content of Silver	≥2.0%
Minimal Inhibitory Concentration (MIC) mg/kg	Escherichia coli	120
	Staphylococcus aureus	120
	Candida albicans	130