Nanoscale composite materials have been created, which can be used as fine additives in polymer materials. It has reached the world advanced level.
Acrylic acid/montmorillonite nanocomposites were successfully created, and the theory and practice of adding nano-functional additives to textiles were put forward. A natural nano-mineral material has been found and successfully applied to plastic products, such as PE, PP, PMMA, natural rubber and synthetic rubber. The addition mechanism and rheology of acrylic fiber and polypropylene fiber are studied, and the mathematical equation which can be used to guide production is established. We applied for 15 related national invention patents. And published a series of research results in Textile Journal, Textile Science Research, Polymer Materials Journal, Applied Polymer Science Journal, China Chemical Research and Polymer Journal. From June to 10, 2004, the project passed the provincial and ministerial appraisal in Beijing, and it is considered that the work of the project has reached the world advanced level. Release negative ion additives to obtain high-tech products in Hebei Province. The application project of nanotechnology in superfine wool modification passed the provincial and ministerial appraisal in Beijing in July 2006, and was considered to have reached the world advanced level.
Remarkable achievements have also been made in micro-chemical experiments and teaching research of functional polymers and intelligent materials, including 1 second prize of national excellent teaching achievement and 2 first prizes of Heilongjiang excellent teaching achievement. At present, micro-chemical synthesis has taken shape as a means to create functional polymer materials, and vinyl polymer/inorganic mineral nanocomposites have been systematically studied and applied in the research fields of photochemistry, photophysics, environmental protection building materials, health materials and so on.