Nanosilika sentezi ve poli(AAm-ko-AMPS) ile kapsüllenmesi,viskon kumaşların tüylenme sorununun giderilmesi

Viscose fabric is prefered because of high moisture capacity, elasticity and user comfort. In recent years consume of viscose is increased due to high cost of cotton production. Nevertheless, demand has not reached the expected level yet, because shortness of use life. The reason is viscose fabric's pilling, tensile strength loss and the wrinkle problem. There is no permanent, cheaper and easy to apply product on the market to completely resolve these problems. Due to gain the permanent features may be possible during the fiber synthesis and it may be possible by using certain chemicals or crosslinking of the synthesized chemical to the fiber . Chemicals which are using for synthesis of fiber are not preferred because unpredictable changes of the some of fiber properties. Generally carcinogenic chemicals are used as crosslinker. Polymers has become an essential point in the textile chemical, however solely polymers or copolymer also can not show sufficient effect for some of the issues. Silica is an available resource for this subject owing to improve the resistance of fabric to abrasion by entering between the fibers. Therefore silica needs a functional groups to bond the fabric structure for showing washing resistance and it may be possible with creating a hybrid structure with silica. However, it is difficult to ensure accordance and stability between the organic and inorganic structures. Today, nanostructures are started to use in textile chemicals same as other technologies. In nanoscale; structures performance, synergy and also accordance are increasing. Nano hybrid structures have been a solution in this point. Likewise a nano-hybrid polymer can be the remedy for the problems of viscose fabric. Because of size and functionality of core structure, it can show good stability and and dispersity by entering the fabric fibers.