Abstract: Methods and kits including writable and cleanable articles, wherein in one embodiment, a method of replenishing a hydrophilic surface on a writable and cleanable article is provided. The method comprising: providing a writable and cleanable article that includes a hydrophilic overcoat that has an at least partially depleted (i.e., at least partially exhausted) hydrophilic surface; and applying a cleaning and protecting composition to at least a portion of the hydrophilic overcoat; and drying the cleaning and protecting composition to provide a dried surface having a replenished hydrophilic surface.

Abstract: A tape closure system exhibiting high shear and high non-shocky peel to a low adhesion backsize coated substrate is disclosed. The adhesive used on the fastening tape used in the closure system comprises a high diblock (.gtoreq.25 percent) styrene-isoprene-styrene elastomer component with a composite midblock glass transition temperature of 244 to 264 Kelvin with 30 to 60 percent elastomer.

Abstract: A disposable article, such as a disposable diaper, is provided. The article has a fastening means comprising a film substrate having a target strip and a fastening tape. The target strip comprises a backing film having a first pressure-sensitive adhesive on one face thereof adhered to the film substrate and on the other face thereof a hydrophobic polyvinyl carbamate release coating. The fastening tape has a second pressure-sensitive adhesive on one face thereof for adhesion to the target strip. The target strip release coating has been subjected to ionizing plasma treatment such that the fastening tape has an increase in adhesion to the target strip of at least about 50% over an untreated target strip and which increased adhesion does not decrease more than 60% after storage at about 50.degree. C. for 15 days.

Abstract: In the continuous manufacture of disposable diapers wherein target strips applied to the diaper are cut from a pressure-sensitive adhesive tape that has a low-adhesion backsize coating, better adhesion of adhesive closure tabs to the target strips is obtained after physically abrading the low-adhesion backsize coating. A preferred abrading medium is a low density open nonwoven fibrous abrasive web.