Moisture-Absorbing, Heat-Generating Mosquito-Repellent Series
Product Category:
Keywords:
XueDa
05 Moisture-Absorbing and Heat-Generating Series
By employing fiber molecular structure modification techniques, functional molecules with super-hygroscopic, antibacterial, and deodorizing properties are incorporated into polyacrylonitrile fibers. Subsequent post-modification treatments further alter the molecular chain structure of these modified acrylonitrile fibers, yielding a new type of multifunctional fiber that exhibits exceptional hygroscopicity, moisture-absorption-induced heat generation, antibacterial activity, and deodorizing capabilities. When blended and interwoven with cotton, modal, bamboo fiber, and other materials, this fiber is ideally suited for developing thermal underwear, sweatshirts, children’s apparel, and other products.
06 Mosquito Repellent Series
This product utilizes microencapsulated mosquito-repellent adhesive, delivering highly effective and long-lasting antibacterial and mosquito-repelling performance. Testing has shown that a 100% concentration of the repellent adhesive fiber achieves a mosquito-repelling efficacy of 92%, while a 40% concentration still provides a repellency rate of over 50%, meeting Class B repellency standards. The mosquito-repelling performance is stable and durable, retaining its effectiveness even after multiple washes.

Previous article:
Next article:
Submit your request
Please complete the form below. Our staff will contact you within 24 hours and resolve your issue as soon as possible.
Product Recommendations
Since its establishment, Xueda Group has consistently pursued product innovation and scientific development, dedicating itself to the R&D and production of knitted apparel and fabrics. In 1997, it was the first in the industry to obtain ISO 9001 certification for its quality management system; in 2007, it achieved ISO 14001 certification for its environmental management system; and in 2017, it secured certification for its intellectual property management system.