An antibacterial, odor-removing sanitary care product and preparation method thereof
A technology of hygiene care and products, applied in the field of hygiene care products, can solve problems such as drug resistance, weak antibacterial performance, contact dermatitis, etc.
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Embodiment 1
[0043] Embodiment 1 (sanitary napkin)
[0044] Example sample preparation
[0045] Add 0.3 kg of nano-silver chloride and nano-hydrated silicon dioxide supported by sericite, 0.3 kg of nano-copper hydroxide and nano-zinc oxide supported by sericite into 97.9 kg of water, stir at high speed and disperse into a stable suspension, Slowly stir and add 1.5 kg of hydrophilic finishing agent Stantex S 6327 (Kekkai Company, Germany), and prepare the finishing agent after mixing evenly. The finishing agent is sprayed on the surface of the spunlace nonwoven fabric, and dried at 120° C. to obtain the finished nonwoven fabric.
[0046] Mix 1.5 kg of nano-silver chloride and nano-hydrated silicon dioxide supported by sericite, 0.8 kg of nano-copper hydroxide and nano-zinc oxide supported by sericite, and 10 kg of SAP high-absorbent resin, and spread slowly On the surface of the mixed fiber of 100 kilograms of fluff pulp fibers and 12 kilograms of hot-melt fibers air-laid, then hot-ro...
Embodiment 2
[0067] Embodiment 2 (diaper)
[0068] Example sample preparation
[0069] Add 0.4 kg of nano-silver oxide and nano-zinc oxide supported by kaolin, 0.5 kg of nano-cuprous oxide and nano-zinc oxide supported by kaolin into 93.1 kg of water, stir at high speed to disperse into a stable suspension, and then slowly stir and add polyurethane 6 kg of quasi-hydrophilic finishing agent, after being mixed evenly, it is prepared into a finishing agent. The finishing agent is sprayed on the surface of the spunlace nonwoven fabric, and dried at 120° C. to obtain the finished nonwoven fabric.
[0070] Sprinkle 10 kg of SAP high-absorbent resin slowly on the air-laid surface of 100 kg of fluff pulp fibers and 12 kg of hot-melt fibers, and then hot-roll to melt the low-melting hot-melt fibers in the fiber web to obtain intermediate absorbent layer.
[0071] The diaper sample of Example 2 was prepared by heat-sealing the finished non-woven fabric prepared above, the middle absorbent layer...
Embodiment 3
[0081] Embodiment 3 (diaper)
[0082] Example sample preparation
[0083] Add 2 kg of nano-silver and nano-hydrated silica supported by montmorillonite into 92.6 kg of water, stir at high speed to disperse into a stable suspension, then slowly stir and add 5.4 kg of polyurethane hydrophilic finishing agent, after mixing evenly, Prepared as a finishing agent. The finishing agent is sprayed on the surface of the spunlace nonwoven fabric, and dried at 120° C. to obtain the finished nonwoven fabric.
[0084] Mix 0.5 kg of nano-silver and nano-hydrated silicon dioxide loaded by montmorillonite, 0.5 kg of nano-silver oxide and zinc oxide loaded by montmorillonite, and 10 kg of SAP high-absorbent resin, and spread them slowly on 100 The air-laid surface of the mixed fiber of 1 kg of fluff pulp fiber and 12 kg of hot-melt fiber is then hot-rolled to melt the low-melting-point hot-melt fiber in the fiber web to obtain the middle absorbent layer.
[0085] The diaper sample of Exa...
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