Silver ion antibacterial agent

Short Description:

AntibacMax silver ion antibacterial agent — a safe silver ion antibacterial product which contains different particle sizes, with glass and zirconium phosphate as the carrier and silver ion as the safe and efficient antibacterial components.
Silver ion is safe and harmless to human body. It has a broad-spectrum antibacterial effect by interfering with and destroying proteins in bacteria, and it also has a good inhibitory effect on various fungi containing protein capsid.


Product Detail

Product Tags

Product feature

■ Safe, healthy and non-stimulating
■ Long-lasting antibacterial properties
■ No drug resistance
■ Excellent heat resistance and chemical stability
■ Good processing performance, evenly dispersed in polymer materials;
■ Excellent and rapid antibacterial property, with excellent antibacterial effect on Escherichia coli, Staphylococcus aureus, Candida albicans, Pneumococcus, Pseudomonas aeruginosa, etc.

Product parameter

Product Model

P203

P205

P210

BP110

B130

Carrier

zirconium phosphate

zirconium phosphate

zirconium phosphate

phosphate glass

glass

Antibacterial

active ingredients

Silver ion

Silver ion

Silver ion

Silver ion

Silver ion

Particle size

D50=0.6±0.1μm

 D90=0.9±0.1μm

D50=0.6±0.1μm

D90=0.9±0.1μm

D50=0.6±0.1μm

D90=0.9±0.1μm

D50=3±1μm

D98=9±2μm

D50=10±2μm

D98=30±2μm

Temperature resistance

1300℃

1300℃

1300℃

600℃

600℃

Appearance

White powder

White powder

White powder

White powder

White powder

Typical application

Fiber, Film, Paint,

Ink, China

Fiber, Film, Paint,

Ink, China

Fiber, Film, Paint,

Ink, China

Plastic, Rubber, Paint, Ink, membrane

Plastic, Rubber, Paint, Ink, membrane

Antibacterial property

MIC is the minimum concentration of antibacterial agent required to prevent bacterial division and reproduction. The lower the MIC value, the better the antibacterial effect on bacteria.

MIC (AGAR dilution method) for various microorganisms (Unit): μg/ml

The experimental strains

Character

Silver ion antibacterial agent (glass carrier)

E. coli 0157

Food poisoning

500

E. coli

Water pollution of food and drink

500

Staphylococcus aureus

Sepsis, food poisoning

500

Salmonella

Typhoid fever, food poisoning

500

Candida

Pathogenic yeast of candidiasis

1000

Aspergillus

Residential environment mold

1000

The long-term effect of silver ion antibacterial agent

Antibacterial properties of silver ion antibacterial agent P203 in PET fibers

PET fiber sample

Bacteria number

logarithmic value

Initial

after 18h

Unwashed sample

3*104

2*102

2.3

Sample after 50 washes

3*104

4*104

4.6

Blank sample

3*104

2*107

7.3

Note: The detected strain is Staphylococcus aureus.

Biosafety of silver ion antibacterial agents

Biosafety test results of AntibacMax

Test items

B130

P203

Acute transoral toxicity (ICR mice)

>5000mg/kg

Nontoxicity

>5000mg/kg

Nontoxicity

Multiple skin irritation (New Zealand rabbits)

Nonirritant

Nonirritant

Acute eye irritation (New Zealand rabbits)

Nonirritant

Nonirritant

The 2002 edition of the rule of disinfection technique

Product application

AntibacMax Silver ion antibacterial agent can be used in plastics, rubber, coatings, elastomers, fibers, non-woven fabrics, plates, pipes, ceramics and other areas that need long-term antibacterial effect.

application of Silver ion antibacterial agent1
application of Silver ion antibacterial powder1

Test report of silver ion antibacterial agent

test report of Silver ion antibacterial agent

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