Active Member
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[China]
Contact name:
Dtrolink Technology Co.，Limited |
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Anti-Coronavirus hospital home 75% alcohol skin disinfection 500ml
Product name:
75% Alcohol Antibacterial Spray
Killing microorganism category: used to kill golden yellow Staphylococcus, Candida albicans, Escherichia coli
Scope of use: for skin surface and general clothes surface disinfection.
Product name | 75% alcohol hand sanitizer 100ml | Age group | Adult and child |
Main ingredients | hand cleaning and disinfecting | Feature | Rinse free, liquid, instant spraying, No fragrance |
Functions | antibacterial | Application | Hospital, care homes, clinic use, ward, outpatient service, laboratory department |
Capacity | 100ml | Sterilizing ability | It can kill intestinal pathogenic bacteria, purulent cocci, pathogenic yeasts and common bacteria,etc. |
Efficient sterilization and safety
Effectively kill a variety of viruses and bacteria
Inhibition or killing microorganism category: used to inhibit Staphylococcus aureus, Candida albicans and Escherichia coli
Long time of sterilization and bacteriostasis
For all kinds of infectious viruses
Effectively kill a variety of viruses and bacteria
Green, healthy and non stimulating
Why the alcohol percentage must be 75% ?
① The concentration of 95% alcohol is too high and the ability to destroy protein is too strong and fast. When 95% alcohol is close to bacteria, it will coagulate and destroy the bacteria and protein around bacteria. A protective film composed of coagulated protein will be formed around bacteria, so that alcohol molecules can’t enter into the bacteria and kill bacteria.
② Due to the decrease of alcohol concentration, 75% alcohol can not coagulate the proteins which is around and on the surface of the bacteria when it is close to the bacteria, so it can’t forming a protective film. The alcohol molecules can enter the interior of the bacteria to play a bactericidal role.
③ Alcohol is an organic compound, scientific name is ethanol, molecular formula is C2H5OH. Alcohol molecules have great penetration ability. They can pass through the cell wall and cell membrane on the surface of bacteria, enter the cytoplasm, destroy the tuberculosis of proteins in the cytoplasm, and make bacteria die.
This process can only be completed with the participation of alcohol and water molecules.
