See how sensor-based automated gap control replaces manual scarfing roll positioning to prevent
See how a reusable mold transforms toilet paper texture and density before moistening to preven
See how optimized Moment of Inertia and Roll Density ranges enable larger-diameter tissue rolls
See how optimized Moment of Inertia and Roll Density values with controlled core friction enabl
See how a three-dimensional through-air drying fabric creates elevations and recesses to achiev
See how high-topography fabrics and registered creping resolve the bulk-smoothness trade-off in
See how fiber curl modification improves cross-machine tensile strength and stretch in wet-pres
See how high-topography fabrics and registered creping produce tissue webs with low surface rou
A 3D through-air drying fabric boosts tissue bulk and smoothness while preserving roll firmness and tensile strength.
High-topography fabrics and registered creping help tissue webs stay smooth, bulky, and firm during winding for premium rolls.
A 3D through-air drying fabric boosts rolled tissue bulk and firmness while preserving surface smoothness and tensile strength.
A mixed furnish of BCTMP, recycled release-liner pulp, and softwood BCP lowers SCK basis weight while preserving density, transparency, and runnability.
Hydroentangling and hydroembossing a natural and regenerated fiber web preserves sharp wet-wipe patterns while keeping strength and water dispersibility.
Contact and position sensors set the scarfing roll gap dynamically, protecting non-concentric forming drums during production.
Surface-enhanced pulp fibers maintain structural integrity while improving bonding strength, reducing refining energy consumption.
Varying pillow widths resolve contradictions between absorbency and firmness while maintaining visual aesthetic qualities.
Directional ultrasonic waves orient aramid short fibers within the paper pulp slurry during headbox processing.
Mechanical defibration of high-yield kraft pulp bypasses extensive delignification, lowering energy consumption while boosting mechanical strength.