Incontinent pad with high absorbent packet

An incontinent pad comprising a liquid impervious layer defining the outer surface of the pad, a nonwoven textile staple fiber face layer defining the inner surface of the pad, and wherein said liquid impervious layer and said textile staple fiber layer each includes edge portions with the edge portions of both layers connected together to form an envelope thereat having a pervious inner surface and impervious outer surface, a high absorbent packet contained within said formed envelope and overlying major areas of the impervious outer layer, and a high loft porous webbed section substantially filling the envelope with one surface of the porous section being in intimate engagement with said high absorbent packet and the opposing surface of the face layer, said high absorbent packet comprising at least two juxtapositioned nonwoven webs of textile staple fibers, a layer of superabsorbent non-thermoplastic polymer powder positioned between all of said adjacent layers of said nonwoven webs of textile staple fibers and wherein the average size of the superabsorbent powder particles are between 40 to 150 microns in diameter, and wherein said textile staple fibers forming said nonwoven webs have a staple length of between 0.5" to 0.3" a denier of about 1.5 and the weight of each nonwoven web of textile staple fibers is about 1.0 to 3 ounces per square yard so as to provide a Frazier permeability test equipment value reading of less than 244 feet per minute air flow at a 0.5 inch water gauge pressure drop so that the textile staple fibers forming the web prevent superabsorbent powder, particularly the smaller particle sizes, from migrating through the juxtapositioned webs, said webs having edge portions sealed together to prevent escapement of the superabsorbent powder from within, and each of said nonwoven webs of textile fibers having binder means thereon to impart sufficient strength to the