Manufacturing method of infrared ray negative ion health-care sanitary napkins composite fiber net surface material
A technology of composite fiber web and manufacturing method, applied in sanitary napkins, rayon manufacturing, fiber chemical characteristics and other directions, can solve the problems of reducing performance, weakening beneficial effects, etc., and achieves the effect of antibacterial local immunity and improving local immunity.
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Embodiment 1
[0028] Mix 0.3kg of high-temperature dry-activated infrared ceramic powder with 99.7kg of plastic matrix PE, heat the mixture to melt, add dispersant polymer wax, use a high-speed mixer, and make 100kg of plastic masterbatch through the corresponding mold after fully stirring; The above-mentioned plastic masterbatch and plastic matrix (PE) components are mixed in a ratio of 20%: 80% and then passed through the melt spinning method, at a spinning speed of 2000m / min, a screw temperature of 230°C, and a pressure of 120Mpa. Spinning under the hood to make textile fibers, and then through the textile process to make the composite fiber mesh fabric of infrared negative ion health care sanitary napkins, the number of negative ions produced by this fabric reaches 5000 / cm 3 Around 80% emissivity of infrared rays.
Embodiment 2
[0030] Repeat the same steps as described in Example 1, but the contents of the infrared ceramic powder and the plastic matrix PE are respectively 3kg and 97kg in the process of manufacturing the plastic masterbatch. The number of negative ions produced by the fabric produced by this process reaches 5600 / cm 3 Around 85% emissivity of infrared rays.
Embodiment 3
[0032] Repeat the same steps as described in Example 1, but the contents of infrared ceramic powder and plastic matrix PE are respectively 5kg and 95kg in the process of manufacturing plastic masterbatch. The number of negative ions produced by the fabric produced by this process reaches 6000 / cm 3 Around 87% emissivity of infrared rays.
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