Our globally patented Anbatec POM Antiviral Technology provides quadruple antimicrobial activity through in-stu theory, which rapidly kills and performs long-term micro-organism inhibition effects. During this process, our antimicrobial agent does not directly function upon targets, therefore will not deplete as time passes, therefore guarantees long-term antimicrobial effect.

· Creates low pH, weak acidic environment, which effectively inhibites microbial growth, and destroys lipid membrane.

· Creates H3O+and OH- when reactes with water molecules in the air. These ions decomposites and inactivates microbial neucleic acid and enzyme through oxidation process.

· Speads Mo5+ on surfaces, which penetrates microbial membranes and destroys nucleus structure.

· Creates high Zeta potential, which ensures very high-leveled and stable electrostatic binding, thus provides exceptional virucidal activity, especially for varies of strains of coronaviruses.

Applicable Surfaces

· Plastic (PP, PE, ABS, PC, PS, PVC, TPU, UF resin)

· Glass, ceramics, metal, wood

· Epoxy resin, acrylate, organosilicon (both solid and liquid)

· Paint, varnish, gel

· Fabrics, cement, paper

Antimicrobial Performance

1) Desired antimicrobial performance

As the figure shows below, our products can totally kill 107and108CFU/ml of bacteria within 3 hours and kill 109 CFU/ml of bacteria within 6 hours. Experiments have shown that our product can kill 103-105 CFU/ml of bacteria – which represents the common bacterial concentration in hospitals, within 15 minutes.

2) Safe and long-lasting

1. The inorganic antimicrobial additives produces no side effects according to the test from Beijing Center for Disease Control and Prevention.

2. Life-long antimicrobial activity—the inorganic antimicrobial additives serve as a catalyst only and have no consumption in itself.

Parameter

Antimicrobial Rate:> 99.99%.

Long-term Antimicrobial Rate：>99.99%

Viral Inactivation Rate：>99.99%

Long-term Anti-mildew Grade: Grade 0

Target Microbes

Gram-positive bacteria, including multi-drug resistant methicillin-resistant Staphylococcus aureus (MRSA) and vancomycin enterococci VRE

Gram-negative bacteria, including multi-resistant ESBL and Legionella (aerobic and anaerobic bacteria)

Fungi, such as Candida

Viruses such as influenza, H1N1 and H1N5