In cooperation with APJeT Inc., Morrison Textiles Machinery, and Air Products and Chemistry Inc., the NC State pilot facility will contain and test the state-of-the-art atmospheric plasma system to support the textile industry by studying the system's efficacy on a variety of materials.Once trained on using the new equipment, NC State undergraduate and graduate students, particularly in the fields of textile chemistry and polymer science, will work with laboratory staff and APJeT personnel to use the system for testing and development, giving the students hands-on experience solving real-world problems.
"The goal is to not only replace conventional application of finishes, but to develop novel methods and original products you would not be able to get with conventional systems," said Peter Hauser, professor and director of graduate programs in NC State's College of Textiles. "This new system will benefit the entire textile industry, as well as the state of North Carolina, and shows that NC State is on the cutting edge of technology."
The system's unique process uses an environmentally friendly "dry" ionized gas to impart a nanolayer coating of water repellent, stain repellent and wicking (moisture management) characteristics to the treated fabric. Unlike conventional stain-repel treatments, which require chemical-based "wet" treatment, the plasma process can produce a single fabric that will repel rain, snow and oil-based stains on one side, while the other side of the same fabric wicks moisture from the body.
Today's industry standard for fabric finishing includes applying the finish out of a chemically treated water solution, wringing out the water and then using thermal power to cure and dry. APJeT's proprietary plasma technology eliminates the use of water, thereby eliminating the need for wastewater remediation and providing a double benefit to textile manufacturers already under pressure from foreign competition in countries with less stringent environmental regulations.