Isopropyl alcohol
Price:Negotiable
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Description
Additional Information
Main Uses
Disinfectants and Cleaning Agents:
70%-75% isopropyl alcohol solution is a common disinfectant that can kill bacteria, fungi, and some viruses (by disrupting protein structures). It is widely used for skin disinfection, surface disinfection of medical instruments, and cleaning electronic equipment (fast evaporation, no residue).
As a cleaning agent, it is used to remove grease, ink, glue, etc., such as for cleaning eyeglass lenses and wiping precision instruments.
Solvent:
Used in coatings, inks, adhesives, cosmetics (e.g., nail polish remover), etc., to dissolve resins, oils, waxes, and other substances.
In the pharmaceutical industry, it serves as a solvent for drug extraction and an excipient for tablets.
Chemical Intermediate:
Oxidized to generate acetone (an important organic solvent and chemical raw material).
Dehydrated to generate propylene (used for synthesizing plastics like polypropylene).
Used to synthesize compounds such as isopropylamine and isopropyl esters, applied in fields like pesticides and fragrances.
Other Applications:
As a gasoline additive to improve the antifreeze property and fluidity of the fuel.
Used as a chemical reagent in laboratories for organic synthesis or extraction experiments. Main Uses
Disinfectants and Cleaning Agents:
70%-75% isopropyl alcohol solution is a common disinfectant that can kill bacteria, fungi, and some viruses (by disrupting protein structures). It is widely used for skin disinfection, surface disinfection of medical instruments, and cleaning electronic equipment (fast evaporation, no residue).
As a cleaning agent, it is used to remove grease, ink, glue, etc., such as for cleaning eyeglass lenses and wiping precision instruments.
Solvent:
Used in coatings, inks, adhesives, cosmetics (e.g., nail polish remover), etc., to dissolve resins, oils, waxes, and other substances.
In the pharmaceutical industry, it serves as a solvent for drug extraction and an excipient for tablets.
Chemical Intermediate:
Oxidized to generate acetone (an important organic solvent and chemical raw material).
Dehydrated to generate propylene (used for synthesizing plastics like polypropylene).
Used to synthesize compounds such as isopropylamine and isopropyl esters, applied in fields like pesticides and fragrances.
Other Applications:
As a gasoline additive to improve the antifreeze property and fluidity of the fuel.
Used as a chemical reagent in laboratories for organic synthesis or extraction experiments.
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