Technical Indicators:

Product Features：

1. The nano-antibacterial agent not only possesses the bactericidal, antiviral, and organic-degrading properties of nano-titanium dioxide itself under visible and ultraviolet light, but also exhibits the potent antibacterial and virus-killing effects of nano-silver in the absence of a light source.

2. Nano antibacterial agents can not only kill bacteria and viruses but also utilize photocatalysis to completely decompose and eliminate the residues of bacteria and viruses.

3. The nano-antibacterial agent exhibits extremely strong antibacterial activity in the absence of light, with a broad antibacterial spectrum, long-lasting antibacterial effects, and a stable, sustained release rate of silver ions.

4. The nano-antibacterial agent particles are fine and uniformly dispersed single nanoparticles with a consistent particle size.

5. This nano-antibacterial agent has high heat resistance, can withstand temperatures up to 1000°C without discoloration, remains unchanged in color over the long term, and stays pure white.

6. Nano antibacterial agents have good safety. They are non-toxic, harmless, non-volatile, non-leaching, and do not cause environmental pollution.

7. Nano-antibacterial agents do not have the issue of leaching that organic antibacterial agents do.

8. Nano-antibacterial agents have minimal impact on the transparency or color of the product.

9. The nano-antibacterial agent is resistant to acids and alkalis, withstands washing, does not age, and bacteria do not develop drug resistance.

Antibacterial mechanism:

Nano antibacterial agents release positively charged silver ions at a controlled rate, which firmly adsorb onto and penetrate the cell walls of bacteria and molds, disrupting the microbial electron transport system, respiratory system, and material transport system, thereby rapidly killing the bacteria. Once inside the cell, they also react with bacterial hydroxyl groups, coagulating bacterial proteins, deactivating the enzymes involved in bacterial cell synthesis, and causing the cells to lose their ability to divide and reproduce, leading to death. Under the action of light, oxidized silver ions can become catalytic active centers, activating oxygen in water and air to produce highly oxidative OH radicals and reactive oxygen species, which destroy the reproductive capacity of bacteria in a short time, resulting in bacterial death. When the bacterial cells lose their activity, the silver ions are released from the bacteria and can repeat the sterilization process.

Scope of Application:

1. Various plastics, refrigerators, washing machines, televisions, cameras, telephones, computer keyboards, power switches, and household appliances.

2. Chemical and building materials: cement, coatings, paint, wallpaper, decorative materials, etc.

3. Various chemical fibers, clothing fabrics, underwear, shoes, socks, gloves, towels, etc.

4. Paper products: toilet paper, sanitary napkins, office paper, student paper, etc.

5. Various toys, stationery, daily necessities, packaging items, etc.

6. Medical and Health: Hospital facilities, operating rooms, medical instruments, such as syringes, infusion sets, sterile gowns, etc.

Usage:0.5-2% usage

Effectiveness：

This nano-antibacterial agentExcellent sterilization effect, widely applicable for long-lasting antibacterial purposes. It possesses antibacterial, anti-mold, sterilization, and purification functions, achieving a bacterial and viral inhibition and killing rate of over 99.9% against fungi, Escherichia coli, Staphylococcus aureus, hepatitis B virus, foot-and-mouth disease, anthrax, and other bacteria and viruses. Moreover, it is completely non-toxic and has no side effects.

Packaging specifications：10 kg cardboard drum lined with polyethylene plastic bag, or as required.