Fabrics Q&A

According to different requirements for protection levels, the nonwoven fabrics and films used are also different. PTFE protective clothing filter membrane composite material has excellent effects in blocking b…

Japanese wet-laid non-woven fabrics have good stiffness, high air permeability, ultra-low wind resistance, high tensile strength, resistance to strong acids and alkali, and good high temperature resistance (can…

Japanese wet-laid non-woven fabrics are also called wet-laid non-woven fabrics. Wet-laid non-woven products are increasingly showing their importance nowadays. This process requires breaking the raw materials i…

Japanese wet-laid non-woven fabrics are moisture-proof, breathable, flexible, lightweight, non-combustible, easy to decompose, non-toxic and non-irritating, have fast web forming speed, large output, high labor…

Japanese wet-laid non-woven fabrics are made of special fibers (or fiber varieties other than traditional paper-making plant fibers) through a wet-laid process. It originated from long fiber papermaking technol…

Wet-laid non-woven fabrics, also known as non-woven fabrics, are products produced using papermaking equipment and technology. The fiber raw materials placed in the water medium are opened into single fibers, a…

Wet forming technology originated from the paper industry. In paper production, fibers are suspended in an aqueous solution. The water flows out of the flat mesh while the fiber material remains on the mesh to …

The main products of American dry-laid non-woven fabrics are polypropylene and polyester (long fiber and short fiber) non-woven fabrics, which have good high temperature resistance (polypropylene can be used in…

PTFE proton exchange membrane has the following characteristics: high conductivity (high selection of ion conductivity rather than electronic conductivity), good chemical stability (acid and alkali resistance a…