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Dry ice cleaning technology is an innovative cleaning method that can be applied to various industries. The principle of dry ice cleaning involves using solid carbon dioxide (dry ice)

in high-speed jets to generate kinetic energy and thermal shock, thereby removing impurities and contaminants from surfaces. This cleaning method is more effective than traditional

cleaning methods and offers the following advantages:

Firstly, dry ice cleaning can reduce the generation of waste and pollutants during the cleaning process. Traditional cleaning methods often involve the use of solvents, abrasives, and 

water, which can produce a significant amount of waste and pollutants, placing a burden on the environment. In contrast, dry ice cleaning is a chemical-free and non-polluting

method. After cleaning, only the carbon dioxide gas needs to be released, resulting in almost no environmental pollution.

Secondly, dry ice cleaning can reduce equipment downtime. Traditional cleaning methods require equipment shutdown or production line shutdown for cleaning. This not only 

wastes time and resources but also impacts production efficiency and output. Dry ice cleaning can be performed online without the need for equipment shutdown or production 

line closure, thereby reducing equipment downtime and production line stoppage, and increasing production efficiency and output.

Thirdly, dry ice cleaning can reduce equipment wear and damage. Traditional cleaning methods that involve the use of abrasives and solvents can cause surface wear and damage to 

equipment. Dry ice cleaning does not wear down the equipment surface nor cause damage, preserving the surface finish and mechanical performance of the equipment.

Lastly, dry ice cleaning can improve cleaning effectiveness and quality. Traditional cleaning methods may not completely remove surface contaminants and impurities, and may leave 

behind some residual chemicals or abrasives. Dry ice cleaning can efficiently remove surface pollutants, thoroughly eliminating dirt and impurities, thereby improving cleaning 

effectiveness and quality.

In summary, dry ice cleaning technology has wide-ranging applications in various industries. Its advantages lie in reducing pollution, minimizing downtime, reducing equipment wear,

and improving cleaning effectiveness and quality. This innovative cleaning method can bring higher efficiency and better production environments to businesses, representing a 

revolutionary change in environmentally friendly cleaning.