The purpose of this research is to ascertain when apparel manufacturing can be conducted profitably in the US rather than overseas, where labor is far less expensive. A strategic manufacturing model has been developed that clearly shows how companies can maximize margins by retaining a component of domestic manufacturing for quick response. The model is being tested using real data. The main objective of this research is to study the feasibility of forming PP fibers infused with nanoparticles to create dyesites that facilitate dyeing of the fiber. The NTC is sponsoring a fundamental look into the structure, properties and manufacturing of nanocomposite fibers.
Nanocompsite polymers are materials that contain a second, particulate phase.
The most well-known ceramic particle nanocomposite contains clay dispersed in nylon 6. While injection molded samples are characterized by improved mechanical and thermal properties, fibers have not been produced and tested. Our goal is to understand why clay particles molecularly dispersed in nylon provide a tremendous improvement in properties and identify other systems, such as nonotubes in polymers, and other ceramic or organic particles dispersed in select commodity polymers and shaped into fibers. The major objective of this project is the development of fundamental knowledge of the interaction of architecture and properties of various types of crosslinks with a view to formulating improved crosslinking systems for various fabrics. An additional anticipated benefit of this project is the demonstration and further development of experimental capabilities for measurement of deformation and interface characteristis in flexible materials.