In which specific industrial fields are Industrial Wet Wipes with PVC dots most widely used?

Industrial Wet Wipes with PVC dots, as a cleaning product that combines high-strength cleaning ability and wear resistance, have a wide range of applications in multiple industrial fields. Among them, the most prominent application areas include automobile manufacturing and maintenance, precision instrument cleaning, and food processing and packaging industries.
In the field of automobile manufacturing and maintenance, these wet wipes are highly favored for their ability to effectively remove stubborn dirt such as engine oil, lubricants, and metal debris. The design of PVC dots increases the friction between the wet wipes and the surface of automotive parts, making cleaning more thorough and leaving no dead corners. At the same time, its wear resistance also ensures that the wet wipes can maintain a good cleaning effect after multiple uses, meeting the frequent cleaning needs in the automotive manufacturing and maintenance process.
In terms of precision instrument cleaning, Industrial Wet Wipes with PVC dots also perform well. Precision instruments have extremely high requirements for cleanliness, and any small dust or stains may affect their performance and lifespan. These wet wipes not only penetrate into the gaps of the instrument to remove difficult to reach dirt, but also have a gentle material that will not scratch the surface of the instrument, ensuring its accuracy and stability.
In addition, hygiene and safety are the primary considerations in the food processing and packaging industry. Industrial Wet Wipes with PVC dots undergo strict hygiene treatment, do not contain harmful substances, and have strong cleaning ability, which can effectively remove stains and microorganisms on production equipment, workbenches, and packaging materials, ensuring the cleanliness and hygiene of the food production environment. Meanwhile, its wear resistance also ensures that it will not be damaged during frequent use, reducing the risk of cross contamination.