Incontinence pad with detachable inner container
An incontinence pad and liner technology, applied in the field of incontinence pads, can solve the problems of non-antibacterial and deodorizing, affecting health, and non-reusable, so as to avoid odor and leakage, reduce skin irritation, and maintain smoothness and softness Effect
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Embodiment 1
[0031] The guide layer, the absorption layer, and the bottom film are integrally formed by dry papermaking technology to form an inner liner, which is placed in a pillowcase-like surface layer. The specific process is:
[0032] (1) Preparation of the surface layer: using spinning technology to spin 38mm 2.5D Capron copper ion fiber and 51mm 2D polyester fiber at a ratio of 20%:80% to a yarn count of 40S After it is made into knitted fabric, the surface density is 210g / m 2 ;
[0033] (2) Preparation of the guide layer: using spinning technology to spin 40mm 5D polyester fiber into yarn, using weaving technology to make warp yarns with a fineness of 75D and weft yarns with a fineness of 60D into a warp density of 100 A woven fabric with a root / 10cm and a weft density of 90 / 10cm constitutes the diversion layer of the incontinence pad with an areal density of 37g / m 2 ;
[0034] (3) Preparation of the absorbent layer: The absorbent layer is composed of a polymer water-absorbing resin SAP...
Embodiment 2
[0038] The guide layer, the absorption layer, and the bottom film are integrally formed by dry papermaking technology to form an inner liner, which is placed in a pillowcase-like surface layer. The specific process is:
[0039] (1) Preparation of the surface layer: using spinning technology to spin 38mm 2.5D Capron copper ion fiber and 51mm 2D polyester fiber at a ratio of 20%:80% to a yarn count of 40S After it is made into knitted fabric, the surface density is 210g / m 2 ;
[0040] (2) Preparation of the guide layer: using spinning technology to spin 40mm 5D polyester fiber into yarn, using weaving technology to make warp yarns with a fineness of 75D and weft yarns with a fineness of 60D into a warp density of 100 A woven fabric with a root / 10cm and a weft density of 90 / 10cm constitutes the diversion layer of the incontinence pad with an areal density of 37g / m 2 ;
[0041] (3) Preparation of the absorbent layer: The absorbent layer is composed of a polymer water-absorbing resin SAP...
Embodiment 3
[0045] The guide layer, the absorption layer, and the bottom film are integrally formed by dry papermaking technology to form an inner liner, which is placed in a pillowcase-like surface layer. The specific process is:
[0046] (1) Preparation of the surface layer: using spinning technology to spin 38mm 2.5D Capron copper ion fiber and 51mm 2D polyester fiber at a ratio of 20%:80% to a yarn count of 40S After it is made into knitted fabric, the surface density is 210g / m 2 ;
[0047] (2) Preparation of the guide layer: using spinning technology to spin 40mm 5D polyester fiber into yarn, using weaving technology to make warp yarns with a fineness of 75D and weft yarns with a fineness of 60D into a warp density of 100 A woven fabric with a root / 10cm and a weft density of 90 / 10cm constitutes the diversion layer of the incontinence pad with an areal density of 37g / m 2 ;
[0048] (3) Preparation of the absorbent layer: the absorbent layer is composed of a polymer water-absorbing resin SAP...
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Abstract
Description
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