Dust-free cloth is a cleaning and wiping material widely used in electronics,medical,bio-engineering,optics,etc.Compared with traditional wipes,dust-free cloth has the advantages of high cleanliness,strong absorption,wiping without dust,etc.
It can excellently complete the application of removing trace pollutants in dust-free environment(microelectronics,precision machinery,medical equipment and other industries)and is the most effective cleaning work tool in dust-free environment.
Material classification of dust-free cloth:Dust-free cloth is divided into polyester dust-free cloth,polyester microfiber dust-free cloth(sub-superfine),polyester nylon microfiber dust-free cloth(superfine),
high-shrinkage polyester nylon superfine dust-free cloth(high-density cloth),polyester nylon microfiber woven dust-free cloth(woven cloth)and our own patented blended dust-free cloth(comparable to superfine dust-free cloth).
Cleanliness level of clean cloth:In different application areas,clean rooms have strict level standards,cleanliness from high to low,roughly divided into ten,one hundred,one thousand,ten thousand,etc.Each level of clean room should use the same level of dust-free clean consumables.
The model of clean cloth:Under the same conditions,such as the model 1009 polyester clean cloth,often derived from different subdivision models such as 1009A,1009B,etc.This is because each subdivision model of the corresponding clean cloth in the knitting process,
due to the different knitting process,resulting in each subdivision model of clean cloth grammage are different,so there will be different subdivision models,the choice of clean cloth mainly depends on the different use scenarios.
Size of dust-free cloth:The regular size of dust-free cloth is usually 4",6",9"and 12",other sizes can also be customized according to customer needs.
Edge sealing process of dust-free cloth:The edge sealing process is divided into four kinds of edge sealing process,such as cold cutting,hot cutting,ultrasonic and laser,etc.Each edge sealing has the corresponding process characteristics.