Anti-microbial Phone Case
Why do we need to get an anti-microbial phone case?
When using an ordinary mobile phone case, a variety of germs will grow on the surface. It will directly contact your hand. Especially E. coli, and Staphylococcus aureus. Those germs are most easily spread in daily life. Mainly caused cough, snorting, cold, fever, and other symptoms. When E. coli is infected by the human body, the main manifestations are vomiting, nausea, diarrhea, enteritis, stomach pain, and other symptoms.
In order to solve this daily problem, an antibacterial product, a sterile mobile phone case, was born. The anti-microbial case can effectively kill bacteria on the mobile phone case’s surface and its nearby areas, ensuring that users can use sterile products healthily anytime and anywhere.
Anti-microbial phone case functions as following,
- All bactericidal materials are synthesized from inorganic natural minerals, solid-state protection, and the bactericidal rate is over 99%.
- Non-medicinal sterilization, non-toxic and harmless.
- It only has a physical bactericidal effect on the contact surface, does not volatilize, leak, and produce any toxic or side effects to the human body.
- Strongly kill bacteria on the surface of the phone case, protect the body from bacterial infection, and make it more hygienic and healthy.
What technology applied to make an anti-microbial phone case?
A mineral composite antibacterial technology mainly composed of four minerals: nanosilver, titanium dioxide, silicon dioxide, and aluminum oxide.
1. Natural mineral synthesis, solid-state physical sterilization, can break the cells of the bacteria in contact. And decompose them into carbon and water, non-medicinal sterilization, non-toxic and harmless.
2. Adopt solid-state sterilization: solid-state sterilization is a modern environmentally friendly sterilization method. Using physical sterilization methods, basically only produce sterilization with the contact surface and the area nearby. Does not produce toxic side effects. This technology is now gradually applied to health, medical, environmental protection, and other industries.
