Method for manufacturing hydrogel chlorine dioxide/PEG crosslinking polymerization linked product comprising making a carrier with a mixture solution of PEG and deionized water and adding chlorine dioxide tablets to form a crosslinking polymerization product
A method for manufacturing hydrogel chlorine dioxide/PEG crosslinking polymerization linked product comprises introducing PEG and deionized water at a proper ratio into a container to form a mixture solution adding peroxides in the container to reduce oxygen contained in the water of the mixture solution back to hydrogen peroxide for dissociation and causing the dissociated ions to link to functional groups of PEG so that the PEG may carry water molecules adding a proper amount of PEG in the container adding peroxides in the container to serve as a catalyst to dissociate water contained in the mixture solution adding water soluble high-molecule polymer in the container to link to PEG by means of leaving groups thereof and to increase the molecular weight of the solution during the polymerization process and then adding pure water or deionized water in the container and finally using a high rotational speed homogenizer to make the mixture solution form a colloidal carrier and adding a proper amount of chlorine dioxide tablet to polymerize with the colloidal carrier to form hydrogel chlorine dioxide/PEG crosslinking polymerization linked product. In each of the above steps, a temperature control and regulation mechanism is used to maintain the temperature of the mixture solution at Celsius 85 DEG C±20%. The hydrogel chlorine dioxide/PEG crosslinking polymerization linked product manufactured with this method provides functions of disinfection, microbial resistance, humidity maintenance, and enhancing reconstruction of biological tissues.一種水凝膠Chlorine Dioxide/PEG交聯聚合鏈結物製備方法,在一容器中置入適當比例的PEG及去離子水而形成混和溶液;然後在該容器中再置入過氧化物將混和溶液中水的氧還原成過氧化氫解離,並將解離後的離子連結到該PEG的官能基上,令該PEG可攜帶水分子;然後在該容器中再置入適當的PEG;然後在該容器中再置入過氧化物作為觸媒,以將混和溶液中的水解離;然後在該容器中再置入水溶性高分子聚合物,透過其離去基以對該PEG產生鏈結,並在聚合過程中提高溶液分子量。然後在該容器中再置入純水或去離子水。最後應用高轉速均質機令混和溶液形成膠團載體,再投入適量之Chlorine Dioxide錠劑以與膠團載體聚合形成水凝膠Chlorine Dioxide/PEG交聯聚合鏈結物。在上述各步驟應用溫控調節機構令混和溶液的溫度維持在攝氏85℃±20%。本案所製備之水凝膠Chlorine Dioxide/PEG交聯聚合鏈結物可達到殺菌、抗菌、保濕及增進生物組織重建等功能。
