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Historical ceramic artifacts are an essential part of human civilization, possessing significant historical and cultural value. However, over time and due to harsh environmental conditions, these artifacts often accumulate various pollutants on their surfaces, which not only affect their aesthetic appeal but also pose a risk of damage. To address this issue, snowflake cleaning has emerged as a highly effective surface treatment method, enabling the preservation of historical ceramics.

Snowflake cleaning employs dry ice particles to remove surface pollutants quickly. During the cleaning process, solid carbon dioxide particles are sprayed evenly onto the surface of the ceramic artifact in the form of snowflakes. Through the condensation effect, the surface pollutants are frozen, and then the volatile nature of the particles allows for their rapid evaporation, completely eliminating the pollutants. Unlike traditional cleaning methods, the carbon dioxide particles used in snowflake cleaning are odorless and colorless, causing no abrasion to the artifact’s surface. Moreover, this cleaning process requires no use of chemicals and generates no wastewater or exhaust gas, making it an environmentally friendly approach.

In addition to effectively removing surface pollutants from historical ceramics, snowflake cleaning also enhances the cleanliness and clarity of the artifact’s surface. As the cleaning process does not cause any abrasion, no scratches or flaws are left behind. Furthermore, the cleaned surface is exceptionally clean and smooth, showcasing the beauty and value of the artifact.

In conclusion, snowflake cleaning is a green and efficient method that swiftly removes pollutants from the surfaces of historical ceramics while improving their cleanliness and clarity. If you are a restoration specialist working with historical artifacts, consider employing snowflake cleaning to bring these treasures back to their original splendor.