A method of forming a package containing a single continuous running web of laminated material (22, 24, 26) with the package comprising adjacent layers of the laminated material (22, 24, 26), where the laminated material (22, 24,26) comprises a layer of tissue laminated to a layer of particulate superabsorbent polymer mixed with adhesive fibers laminated to a second layer of tissue, to form a sandwich, and where the adhesive fibers in the mixture of the layer of particulate superabsorbent polymer and the adhesive fibers form a three-dimensional lattice structure that is formed from a plurality of interconnected lattice segments where the particulate superabsorbent polymer is suspended within a matrix defined by the three-dimensional lattice structure, the method comprising: providing a first moving substrate comprising a cellulosic fibrous web in the form of tissue; providing a supply of adhesive material in the form of a curtain of adhesive fibers; providing a supply of particulate superabsorbent polymer in the form of a curtain of particulate material; blending said curtain of particulate superabsorbent polymer with said curtain of adhesive fibers above said first moving substrate at a distance of no more than 2.5 centimeters above the first moving substrate to form a mixture of said particulate superabsorbent polymer and said adhesive fibers, and depositing said mixture on the moving substrate, and providing a second substrate comprising another cellulosic fibrous web in the form of tissue, and placing the second substrate on top of said mixture deposited on said first substrate to form a laminate; applying a pressure of approximately 0.5 N/cm to said laminate via a nip roll with a rubber roll surface that is compliant enough that the caliper of said laminate is reduced by less than 5%, whereby said adhesive fibers bond said particulate superabsorbent polymer to said first and second substrates (65, 66) while bonding said substrates (65, 66) to each other to form said laminate absorbent material; packaging said laminate absorbent material by one of rolling and festooning or spooling, including secondarily bonding said laminate (22, 24, 26) by compaction, subsequent to said pressure-applying step, to enhance resistance of said laminate (22, 24, 26) to delamination, whereby the packaged laminate absorbent material exhibits a Material Density in the package of more than 1.5 times the Density of the laminated material (22, 24, 26) after removing it from the package. providing a first moving substrate comprising a cellulosic fibrous web in the form of tissue; providing a supply of adhesive material in the form of a curtain of adhesive fibers; providing a supply of particulate superabsorbent polymer in the form of a curtain of particulate material; blending said curtain of particulate superabsorbent polymer with said curtain of adhesive fibers above said first moving substrate at a distance of no more than 2.5 centimeters above the first moving substrate to form a mixture of said particulate superabsorbent polymer and said adhesive fibers, and depositing said mixture on the moving substrate, and providing a second substrate comprising another cellulosic fibrous web in the form of tissue, and placing the second substrate on top of said mixture deposited on said first substrate to form a laminate; applying a pressure of approximately 0.5 N/cm to said laminate via a nip roll with a rubber roll surface that is compliant enough that the caliper of said laminate is reduced by less than 5%, whereby said adhesive fibers bond said particulate superabsorbent polymer to said first and second substrates (65, 66) while bonding said substrates (65, 66) to each other to form said laminate absorbent material; packaging said laminate absorbent material by one of rolling and festooning or spooling, including secondarily bonding said laminate (22, 24, 26) by compaction, subsequent to said pressure-applying step, to enhance resistance of said laminate (22, 24, 26) to delamination, whereby the packaged laminate absorbent material exhibits a Material Density in the package of more than 1.5 times the Density of the laminated material (22, 24, 26) after removing it from the package.