Antibacterial Principle

of Silver Ions (Ag⁺)

 

Nano-silver turn into Ag⁺ through moisture. Ag⁺ attack the negatively-charged cell membrane, nucleic acids, and enzymes of the bacteria, disintegrating the bacterial and killing the bacterium.

20200410滅菌原理.gif
009.png

Bacteria

Ag⁺

Safe

Not Irritating

 

Odorless and not irritating, no harm to humans or animals

99.99%

Antibacterial Activity

Passed the certification of antibacterial performance test of Japanese polymer experimental research institute with 99.99% Antibacterial Activity

Anti-fouling

With Hydrophilic properties, Nano silver antibacterial film shows anti-fouling and anti-splashing features

Easy To Clean

Antibacterial surface can be cleaned with clean water, and the material is environmentally friendly

Tested With 99.99% Antibacterial Activity

Passed the certification of antibacterial performance test of Japanese polymer experimental research institute with 99.99% Antibacterial Activity in Staphylococcus aureus and E. coli.

遮100AG抗菌性試験[8926]-11.png
遮100AG抗菌性試験[8926]-12.png
遮100AG抗菌性試験[8926]-13.png

Comparison of Various Sterilization

Methods
Silver ions
Alcohol
Hypochlorous acid
Organosiloxane
Principle
Silver ions pierce through the external surfaces of the cells and damage their DNA, as well as the protein structure, halting their metabolism and reproduction until they die.
Alcohol kills bacteria through a process known as denaturation.
Oxidation breaks down pathogens.
Same as silver ions
Performance
Effective and continuous
Changes in temperature will cause a reduction in sterilization capacity, and the effect will not last after volatilization.
Strong performance, but the effect will be gradually decreases with oxidation.
Effective and continuous
Risk
Silver ions are trace elements in the human body. Using it for sterilization is very safe.
May cause skin allergic reactions.
Oxidation in a weakly acidic environment will release chlorine gas while redox in hypochlorite gives hydrochloric acid.
Although a small amount of organic silane salts meet the safety standards for the use of fungicides. However, the results of studies on body toxic bioaccumulation are unclear.

Nano-Silver Antibacterial Film

We can apply antibacterial technology on transparent materials to make nano-silver antibacterial film, which has weak adhesion and can stick to the touch surface, such as: mobile phone, tablet, touch screen, elevator button, ATM touch panel, vending machine, glass door switches and other touch surfaces, thereby performing the antibacterial functions that it is designed for.

Mobile phone

Tablet touch screen

Elevator button

ATM touch panel

VLT

90%

Haze

17.9%

Hardness

2H

 
 

Nano-Silver Antibacterial Sticker

In addition to making nano-silver antibacterial film, antibacterial stickers are tailored to be use on curved surfaces, such as door handles, handles, desktop computers, chair surfaces, countertops, armrests, etc.

Curved surfaces

Door handles

Countertops

Chair surfaces

%E5%A5%88%E7%B1%B3%E9%8A%80%E6%8A%97%E8%

Non-/transparent

no residue left

Man Hands On Keyboard
Concierge Desk