Aminol disinfectants, cleaners and sterilizers

A world free of germs

A product of CIC Chemical Industries Company

A product of CIC Chemical Industries Company

Disinfection areas

Automatic room disinfection

Auto. Room Disinfection

Surface disinfection

Surface Disinfection

Aminol disinfectants do not contain amounts of soluble solids.
Therefore, they do not leave sticky surfaces even after repeated use.

Water disinfection

Water Disinfection

Aminol disinfectants using stabilized hydrogen peroxide and with specific efficiency are among the most effective products in this field.

Water disinfection

Aminol disinfectants are among the best products in this field due to the use of stabilized and strengthened hydrogen peroxide.

Efficacy, especially against biofilms, sludge deposits and VBNC (viable but non-cultivable) bacteria, is clearly superior to commonly used chlorine and chlorine dioxide. Compared to other water-oxidizing biocides, aminol disinfectants are also remarkably long-lasting, allowing for use in long piping systems. As a result, lower effective concentrations can be used, which significantly reduces the corrosion rate.

Water disinfection

Aminol disinfectants are among the best products in this field due to the use of stabilized and strengthened hydrogen peroxide.

Efficacy, especially against biofilms, sludge deposits and VBNC (viable but non-cultivable) bacteria, is clearly superior to commonly used chlorine and chlorine dioxide. Compared to other water-oxidizing biocides, aminol disinfectants are also remarkably long-lasting, allowing for use in long piping systems. As a result, lower effective concentrations can be used, which significantly reduces the corrosion rate.

Surface disinfection

Aminol disinfectants leave no sticky residue on disinfected surfaces, even with repeated use, due to the minimal amount of solid residue.

Fortified hydrogen peroxide decomposes into water and oxygen after use, so it shows good environmental compatibility. It does not cause resistance to disinfectants or antibiotics. Sanosil disinfectants also do not emit unpleasant and flammable vapors.

Surface disinfection

Aminol disinfectants leave no sticky residue on disinfected surfaces, even with repeated use, due to the minimal amount of solid residue.

Fortified hydrogen peroxide decomposes into water and oxygen after use, so it shows good environmental compatibility. It does not cause resistance to disinfectants or antibiotics. Sanosil disinfectants also do not emit unpleasant and flammable vapors.

Disinfection of the room

In this process, aminol disinfectants are automatically converted into fine droplets using a suitable device. These aerosols then thoroughly cover all surfaces, sealing dangerous crevices and ideally complementing traditional hand sprays and cleaning disinfectants. This combination has proven to be one of the most effective methods in the fight against resistant microbes and hospital infections.

Automated and airborne disinfection systems are specifically listed in Annex 1 of EU GMP for use in the pharmaceutical industry and cleanrooms. However, the program is not limited to medical and pharmaceutical fields. Aerosol disinfection also increases hygiene and reduces infectious diseases in hotel rooms, laboratories, vehicles, as well as in large offices and conference rooms.

Aminol disinfectants are particularly impressive for aerosol disinfection due to the catalytic enhancement of hydrogen peroxide. Consequently, they are comparable to systems using hot steam hydrogen peroxide, which use much higher concentrations of H2O2. This equates to lower overall costs and easier management.

Disinfection of the room

In this process, aminol disinfectants are automatically converted into fine droplets using a suitable device. These aerosols then thoroughly cover all surfaces, sealing dangerous crevices and ideally complementing traditional hand sprays and cleaning disinfectants. This combination has proven to be one of the most effective methods in the fight against resistant microbes and hospital infections.

Automated and airborne disinfection systems are specifically listed in Annex 1 of EU GMP for use in the pharmaceutical industry and cleanrooms. However, the program is not limited to medical and pharmaceutical fields. Aerosol disinfection also increases hygiene and reduces infectious diseases in hotel rooms, laboratories, vehicles, as well as in large offices and conference rooms.

Aminol disinfectants are particularly impressive for aerosol disinfection due to the catalytic enhancement of hydrogen peroxide. Consequently, they are comparable to systems using hot steam hydrogen peroxide, which use much higher concentrations of H2O2. This equates to lower overall costs and easier management.