Whether the dry ice cleaning is different from the traditional cleaning method
Time:2023-09-27 Category:【Industry dynamics】Read:80
Dry ice cleaning is an innovative cleaning method that offers unique advantages compared to traditional cleaning methods. Traditional cleaning methods often involve the use of
chemical solvents, high-pressure water guns, brushes, and other physical means, which can have adverse effects on the environment and personnel, such as chemical pollution, noise,
and debris.
In contrast, dry ice cleaning uses dry ice particles as the cleaning medium and cleans through high-speed compressed air jets. This method has several significant advantages:
Firstly, dry ice cleaning is a non-chemical cleaning method that does not require the use of solvents or chemicals, resulting in no environmental pollution. Dry ice is a naturally
non-toxic substance, and no secondary pollution is produced during the cleaning process, making it an environmentally friendly cleaning method.
Secondly, dry ice cleaning avoids the noise and debris issues associated with traditional cleaning methods. Dry ice particles evaporate immediately when high-speed jets occur,
resulting in no noise generation. Additionally, as dry ice particles evaporate into gas, no debris is produced, ensuring the safety of the cleaning process.
Furthermore, dry ice cleaning offers advantages in terms of efficiency, energy-saving, speed, and comprehensiveness. Dry ice particles expand explosively when jetted, generating
a powerful force known as the “explosion effect” that quickly cleans stains. Moreover, dry ice cleaning can comprehensively clean the surface of objects without any dead corners
or missed spots, ensuring a thorough cleaning effect.
In conclusion, dry ice cleaning has many significant advantages over traditional cleaning methods, including higher environmental friendliness, safety, efficiency, and
comprehensiveness. As a result, more and more businesses and consumers are adopting dry ice cleaning as a replacement for traditional cleaning methods.