Follow our news
Update corporate dynamics from time to time
Home - News
Industry Trend: The Rise of Woodpulp Spunlace Nonwoven Wipes in Industrial Cleaning
2023-04-10
Industry Trend: The Rise of Woodpulp Spunlace Nonwoven Wipes in Industrial Cleaning
As global industries move toward higher standards of hygiene and sustainability, nonwoven wipes have become a critical component in modern industrial cleaning. Among various materials, woodpulp spunlace nonwovens are rapidly gaining attention for their superior balance of strength, absorbency, and environmental performance.
INDEX 2023 Geneva,Switzerland
2023-03-16
INDEX 2023 Geneva,Switzerland
D-TEX (BEIJING) NONWOVENS CO. Stand No. 4482 Invitation Code KD506L
PP_meltblown_nonwoven
2022-05-19
Oil and liquid absorbency meltblown nonwoven material---D-TEX NONWOVENS
Meltblown nonwoven fabric is commonly produced from polypropylene fibers. With fiber diameters typically ranging from 1–5 microns, it features a fine microfiber structure with a porous and soft surface. Due to its high surface area and capillary structure, the material allows liquids to be absorbed, transported, and retained efficiently. This structure provides good liquid absorption and retention performance, making meltblown nonwoven suitable for various wiping and filtration applications.
flushable_spunlace_nonwoven_material
2022-03-29
Flushable spunlace nonwoven fabric for wet wipes---D-TEX NONWOVENS
The flushable and biodegradable spunlace nonwoven fabric is a functional nonwoven material commonly used for wet wipe applications. The material is designed to provide good dispersibility after flushing and combines suitable strength with biodegradable cellulose fiber characteristics.
wood pulp_spunlace_nonwoven material
2022-03-11
Wood pulp spun lace nonwoven fabric-D-TEX NONWOVENS
A key feature of our woodpulp spunlace nonwoven material is the use of liquid pulp technology. The liquid woodpulp is thoroughly mixed, deposited onto the fiber web, and entangled with fibers through the hydroentanglement process, creating a stable composite nonwoven structure.
0.094747s