Abstract: According to an example aspect of the present invention, there is provided a method comprising: providing a web comprising fibrous material; applying a first binder composition in the form of a foamed composition onto the web; and subsequently applying a second binder composition onto the web; wherein the second binder composition has a higher solids content than the first binder composition.

Abstract: The present invention provides improved aftermarket vehicle lowering steering knuckles that are superior to existing aftermarket steering knuckles because they are capable of lowering a vehicle while maintaining or improving vehicle handling, increasing caster, and improving alignment capabilities. Embodiments of the vehicle lowering steering knuckles of the present invention improve handling characteristics by adding caster angle into the steering knuckle, allowing the original caster specifications to be increased without changing the forward or aft locations of the vehicle wheels. This is achieved by adjusting the mounting location of the upper ball joint laterally so that the mounting points are adjusted without affecting the front wheel placement. Embodiments of the vehicle lowering steering knuckles of the present invention also increase vehicle lowering capacity by increasing the downward angle of the upper ball joint mount.

Abstract: An insulating paperboard contains at least one layer of cellulose fibers. The one layer is at least partially composed of processed cellulosic fibers. The paperboard provides sufficient insulation to provide a hot water ?T across the paperboard of at least 0.8° C. per 0.1 mm of caliper. A hot cup may be produced from the insulating paperboard.

Abstract: An insulating paperboard contains at least one layer of cellulose fibers. The one layer is at least partially composed of cellulosic fibers and synthetic fibers. The paperboard provides sufficient insulation to provide a hot water AT across the paperboard of at least 0.6° C. per 0.1 mm of caliper change. A hot cup may be produced from the insulating paperboard.

Abstract: An insulating paperboard contains at least one layer of cellulose fibers. The one layer is at least partially composed of processed cellulosic fibers. The paperboard provides sufficient insulation to provide a hot water ?T across the paperboard of at least 0.8° C. per 0.1 mm of caliper. A hot cup may be produced from the insulating paperboard.

Abstract: Methods for improving the internal bond strength of paperboard with greater than 25 percent crosslinked fiber in at least one ply are described. In the methods, additives are added to the slurry in various combinations and order while maintaining the ionic demand of the slurry at less than zero. Paperboard with high ZDT, Scott Bond and Taber Stiffness is obtained.

Abstract: An unitary stratified composite composed of a first stratum and a second stratum integrally connected by a transition zone is disclosed. The first stratum serves as a liquid acquisition stratum that rapidly acquires and then transfers liquid to the second stratum. The second stratum serves to withdraw liquid from the first stratum and further severs as a temporary storage stratum. Methods for forming the unitary stratified composite are also disclosed.

Abstract: Methods for forming an absorbent fibrous composite containing absorbent material dispersed in bands through the composite and along the composite's length are disclosed. The methods generally include depositing a fibrous slurry on a foraminous support to form a web and depositing or injecting absorbent material into the web across its width to provide a web having absorbent material in bands along the composite's length. Drying the web provides a fluted absorbent composite. In one embodiment, the method is a wetlaid method and in another embodiment, the method is a foam-forming method. Preferably, the methods are twin-wire forming methods.

Abstract: A fibrous layer that includes a refined blend of crosslinked cellulosic fibers and noncrosslinked cellulosic fibers. In one embodiment, the layer includes about 85 percent by weight crosslinked fibers and about 15 percent by weight noncrosslinked fibers. An absorbent construct that includes the fibrous layer and a liquid storage layer. Personal care absorbent products that include the distribution layer.