Southwestern University Pioneered High Quality Polyester Silk Protein Composite Fabric

< p > after the silk fabric is attached to the surface of polyester, the polyester fabric that feels very hot is also permeable and breathable like silk.

In May 14th, the municipal level science and technology research project "the development and industrialization of new technology for deep processing of silk" was formally accepted by experts.

With the support of the project, Southwestern University has pioneered a high functional polyester silk protein composite fabric, and is expected to be industrialized quickly, so that people can wear the new fabric "a target=" _blank "href=" //www.sjfzxm.com/ > clothing "/a".

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< p > "polyester" a target= "_blank" href= "//www.sjfzxm.com/" > clothes < /a > it is very neat and stylish, but because its surface is not hydrophilic and its moisture permeability is very poor, people will feel so comfortable without wearing silk.

Southwestern University, < a target= "_blank" href= "//www.sjfzxm.com/" > textile < /a > clothing professor Zhang Guangxian introduced, through the design and tackling of key technologies such as nano semi inlaid polyester surface reactive groups, the project group successfully attached a layer of silk protein on the surface of polyester, even in the washing process, silk protein will not fall off, the retention rate is over 95%, which makes polyester fabric also contains many health functions of silk protein.

At present, these technologies have received two patents.

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< p > Zhang Guangxian said that polyester is the most important product of chemical fiber products, which accounts for about 60% of the "five Dacron", and is widely used in clothing. It has tens of billions of meters per year.

If the composite fabric is successfully industrialized, it will effectively increase the added value of polyester products.

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< p > it is understood that the cocoon garments used for silk spinning materials in the past have been studied through rapid infiltration and adhesive technology in the project group. At the same time, cocoon and non-woven fabrics which can retain a large amount of sericin protein have been preliminarily made, and are expected to be used in women's sanitary products.

"Compared to the traditional female hygiene products on the market, ordinary non-woven fabrics are used as mesh surfaces, which may cause skin sensitivity and other problems. Cocoon and garment non-woven fabrics can give full play to sericin protein's unique health function to the human body, so the market prospect is very broad."

Zhang Guangxian said.

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