Oral cleaning wipes materials nonwoven

In an era where the pursuit of health and environmental protection go hand in hand, non-woven fabrics for oral cleansing wipes have become a highly sought-after material in the market with its unique advantages.

Natural raw materials guarantee excellent quality

The nonwoven is made from 100% viscose fibres, which are derived from natural sources. The biodegradable properties of viscose fibres are perfectly suited to the urgent need for biodegradable materials in Europe and the USA. The fact that the viscose fibres we use are FSC-certified adds to their environmental credentials and ensures that they are friendly to the environment right from the source. Moreover, the nonwoven fabric is compostable and can decompose quickly in the natural cycle, greatly reducing the burden on the environment and contributing to the goal of sustainable development.

Multi-purpose functionality

This nonwoven is an excellent choice for oral cleansing wipes. Its soft, skin-friendly texture ensures that the mucous membranes of the mouth are not harmed during oral cleansing, providing a comfortable experience for the user. At the same time, its good water absorption can fully absorb the cleaning solution, so that the cleaning solution evenly covers all corners of the mouth, effectively removes food debris, bacteria, etc., to maintain oral cleanliness and health.

In addition to oral cleaning, it also performs well in household cleaning. Whether it's wiping dust off the surface of furniture or cleaning grease in the kitchen, it's easy to use. Its excellent durability ensures that it is not easily broken during repeated wiping and can be used multiple times, providing convenient and efficient home cleaning.

When paired with liquids such as alcohol, it creates high-quality disinfectant wipes. It can effectively carry disinfectant and ensure the even release of disinfectant during the disinfection process, while at the same time, by virtue of its own characteristics, it can safely contact all kinds of object surfaces and achieve efficient disinfection.