At present, the socks on the market are mainly made by traditional techniques and have relatively single functions. Ordinary socks are not only prone to sweating but also prone to foot odor a...
At present, the socks on the market are mainly made by traditional techniques and have relatively single functions. Ordinary socks are not only prone to sweating but also prone to foot odor after wearing leather shoes for a long time. Because the leather shoes are not breathable, they make the feet uncomfortable and require frequent Replace and clean socks, as socks are easily damaged after more frequent cleaning.
Although there are some antibacterial and mildew-proof socks currently on the market, most of them cannot achieve the expected effect, or although they can achieve the effect, the process is complicated and the cost is high. This result proposes an antibacterial and antibacterial socks that are antibacterial, bacteriostatic, deodorizing, mildewproof and not easily damaged.
Technical key points of the achievement: An antibacterial and mildew-proof socks are composed of a fiber layer and a nano-antibacterial film layer, and the nano-antibacterial film layer covers the surface of the fiber layer.
Technical advantages of the results: Since the nano-antibacterial film layer is composed of nano-silver/zinc oxide particles dispersed in water-based polyurethane, the nano-silver ions have anti-bacterial and anti-bacterial effects, and the nano-zinc oxide has anti-mildew effects, so the nano-anti-bacterial film layer has Antibacterial, antibacterial and anti-mildew effects; because the fiber has good breathability and super adsorption capacity, it can absorb volatilization of harmful substances and dust and has the function of decomposing odors and deodorizing, and this utility model product uses the fiber layer as a The main body has the effect of deodorizing and preventing athlete’s foot.
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