Abstract: A shaving razor package assembly with a shaving razor package having a base with a perimeter wall defining a cavity. An upper surface of the perimeter wall has a flange and a recessed lip. The base defines a first opening. A handle having a first end is positioned within the first opening. An insert tray having a body is mounted to the base. The insert tray having a tab extending from the body. A bottom surface of the tab extends into the first opening and engages the first end of the handle. A lid is mounted over the insert tray and sealed to the base.

Abstract: A razor blade having an improved lubricious material deposited thereon and a method of making a razor blade for a razor cartridge having such a material disposed thereon are described herein. A novel printing process and printing material are provided where at least one printing material is deposited on one or more razor blades via a printing process which includes one or more print heads for printing the at least one printing material and forming at least one printed object on a tip or one or more sides of the razor blade. The printing material may comprise about of about 0.25% solid to about 50% solids by weight of composition of telomer and further desirably comprises glycerol and/or an antifoam material. Optimizing coverage of the printing material may be achieved by changing materials, print heads, the firing frequency of the print head or angling or rotating the print heads.

Abstract: A razor blade having an improved lubricious material deposited thereon and a method of making a razor blade for a razor cartridge having such a material disposed thereon are described herein. A novel printing process and printing material are provided where at least one printing material is deposited on one or more razor blades via a printing process which includes one or more print heads for printing the at least one printing material and forming at least one printed object on a tip or one or more sides of the razor blade. The printing material may comprise about of about 0.25% solid to about 50% solids by weight of composition of telomer and further desirably comprises glycerol and/or an antifoam material. Optimizing coverage of the printing material may be achieved by changing materials, print heads, the firing frequency of the print head or angling or rotating the print heads.

Abstract: A razor cartridge including a guard at a front portion of the cartridge, a cap at a back portion of the cartridge, at least one blade positioned between the guard and the cap, a top surface and an opposing bottom surface, and a lubricating member positioned in the cartridge at the top surface. The lubricating member has a visible surface with a visible surface area. The visible surface includes a printed lubrication control structure on the visible surface of the lubricating member. The printed lubrication control structure is formed from a UV curable ink and covers a portion of the visible surface area creating a covered portion and an open portion.

Abstract: A razor blade having an improved lubricious material deposited thereon and a method of making a razor blade for a razor cartridge having such a material disposed thereon are described herein. A novel printing process and printing material are provided where at least one printing material is deposited on one or more razor blades via a printing process which includes one or more print heads for printing the at least one printing material and forming at least one printed object on a tip or one or more sides of the razor blade. The printing material may comprise about of about 0.25% solid to about 50% solids by weight of composition of telomer and further desirably comprises glycerol and/or an antifoam material. Optimizing coverage of the printing material may be achieved by changing materials, print heads, the firing frequency of the print head or angling or rotating the print heads.

Abstract: Low basis weight films having a heat capacity×density value of greater than about 970,000 Ws/m3K, as measured by the method described herein, the films having a basis weight of less than about 16 gsm and comprising at least about 10% polypropylene.

Abstract: A razor cartridge including a guard at a front portion of the cartridge, a cap at a back portion of the cartridge, at least one blade positioned between the guard and the cap, a top surface and an opposing bottom surface, and a lubricating member positioned in the cartridge at the top surface. The visible surface of the lubricating member includes a printed object. The printed object appears as a solid object to a viewer's naked eye. The solid object includes a plurality of printed dots not visible to the viewer's naked eye. The printed dots are spaced apart from one another such that portions of the lubricating member within the solid object contain no printed dots.

Abstract: A razor cartridge including a guard at a front portion of the cartridge, a cap at a back portion of the cartridge, at least one blade positioned between the guard and the cap, a top surface and an opposing bottom surface, and a lubricating member positioned in the cartridge at the top surface. The lubricating member has a visible surface with a visible surface area. The visible surface includes a printed lubrication control structure on the visible surface of the lubricating member. The printed lubrication control structure is formed from a UV curable ink and covers a portion of the visible surface area creating a covered portion and an open portion.

Abstract: Low basis weight films having a heat capacity×density value of greater than about 970,000 Ws/m3K, as measured by the method described herein, the films having a basis weight of less than about 16 gsm and comprising at least about 10% polypropylene.

Abstract: Low basis weight films having a heat capacity×density value of greater than about 970,000 Ws/m3K, as measured by the method described herein, the films having a basis weight of less than about 16 gsm and comprising at least about 10% polypropylene.

Abstract: Low basis weight films having a heat capacity×density value of greater than about 970,000 Ws/m3K, as measured by the method described herein, the films having a basis weight of less than about 16 gsm and comprising at least about 10% polypropylene