Absorbent sanitary product

A disposable sanitary product, a diaper, an incontinence pad, a sanitary towel, or a panty liner for absorbing body liquids, the product comprising:

• a top sheet at least sections of which are permeable to liquid;
• a bottom sheet at least sections of which are impermeable to liquid;
• and
• an absorbent body disposed between said top sheet and said bottom sheet, said absorbent body comprising a storage layer for permanently storing body liquids, the storage layer having 5 to 30 weight % of hydrophilic melt-blown microfibers and 70 to 95 weight % of particulate superabsorbing material, wherein a mass per unit area of said melt-blown microfibers is 6 to 25 g/m2, said melt-blown microfibers being connected to each other by a plurality of melt connections to ensure stability in a wet state in such a manner that said melt-blown microfibers form a dense, three-dimensional network which surrounds and immobilizes said particulate superabsorbing material, wherein substantially no melt connections are provided between said melt-blown microfibers and said particulate superabsorbing material, said storage layer having a strength in a wet state, measured in a machine direction, of at least 40% of a strength thereof in a dry state, wherein said storage layer has a top absorbent layer facing said top sheet, said top absorbent layer having melt-blown microfibers in an amount of 100 to 50 weight %, 100 to 60 weight %, 100 to 70 weight %, 100 to 80 weight %, or 100 to 90 weight %.

A disposable sanitary product, a diaper, an incontinence pad, a sanitary towel, or a panty liner for absorbing body liquids, the product comprising;

• a top sheet at least sections of which are permeable to liquid;
• a bottom sheet at least sections of which are impermeable to liquid;
• and
• an absorbent body disposed between said top sheet and said bottom sheet, said absorbent body comprising a storage layer for permanently storing body liquids, the storage layer having 5 to 30 weight % of hydrophilic melt-blown microfibers and 70 to 95 weight % of particulate superabsorbing material, wherein a mass per unit area of said melt-blown microfibers is 6 to 25 g/m2, said melt-blown microfibers being connected to each other by a plurality of melt connections to ensure stability in a wet state in such a manner that said melt-blown microfibers form a dense, three-dimensional network which surrounds and immobilizes said particulate superabsorbing material, wherein substantially no melt connections are provided between said melt-blown microfibers and said particulate superabsorbing material, said storage layer having a strength in a wet state, measured in a machine direction, of at least 40% of a strength thereof in a dry state, wherein said storage layer has a top absorbent layer facing said top sheet, said top absorbent layer having melt-blown microfibers in an amount of 100 to 50 weight %, 100 to 60 weight %, 100 to 70 weight %, 100 to 80 weight %, or 100 to 90 weight %, wherein a mass per unit area of said top absorbent layer is 2 to 10 g/m2 or 2 to 5 g/m2 and a fiber diameter of said melt-blown microfibers of said top absorbent layer is smaller than a fiber diameter of said melt-blown microfibers of said storage layer.