A method for producing a wet-laid non-woven fabric web includes: providing a first suspension with natural pulp fibers in a first tank, providing a second suspension with regenerated cellulose fibers in a second tank, combining the first suspension and the second suspension to create a mixture, feeding the mixture to a headbox and dewatering the mixture in the forming section of a machine for producing the wet-laid non-woven fabric web. The second suspension with the regenerated cellulose fibers is conveyed by a volumetric pump, in particular by an eccentric screw pump, from the second tank into the volume flow of the first suspension. Wherein over the entire conveying path between the second tank and the headbox, the second suspension is not conducted through any mixing chest having a stirrer. Furthermore, a corresponding system for carrying out the method is taught.

The invention relates to fluorine-free hydrophobic and oleophobic nonwoven for use, for example, in automotive engine bays, and a method for making such nonwoven.

The invention relates to fluorine-free hydrophobic and oleophobic nonwoven for use, for example, in automotive engine bays, and a method for making such nonwoven.

Provided is a fiber sheet having elasticity. The fiber sheet (10) includes at least: a first fiber layer (1) containing crimped fibers each having a coil shape, the first fiber layer (1) having repetitive elasticity in a longitudinal direction of the fiber sheet; and a second fiber layer (2) containing elastomeric fibers. The second fiber layer (2) is integrated with the first fiber layer (1) by fusion or adhesion in a specific thickness ratio therebetween.

Provided is a fiber sheet having elasticity. The fiber sheet (10) includes at least: a first fiber layer (1) containing crimped fibers each having a coil shape, the first fiber layer (1) having repetitive elasticity in a longitudinal direction of the fiber sheet; and a second fiber layer (2) containing elastomeric fibers. The second fiber layer (2) is integrated with the first fiber layer (1) by fusion or adhesion in a specific thickness ratio therebetween.

A method and system for packaging products, wherein customized boxes are produced using a fibre deposition apparatus based on product information on products or product groups to be packaged.

A method and system for packaging products, wherein customized boxes are produced using a fibre deposition apparatus based on product information on products or product groups to be packaged.

A lining material for a molded ceiling for a vehicle is interposed between a base material of the molded ceiling and a vehicle body panel. The lining material has a fiber layer and a heat-shielding film layer. The fiber layer is a nonwoven fabric in the form of a sheet facing the vehicle body panel side. The heat-shielding film layer is a metal film integrated on one side of the fiber layer and reflects radiant heat from the vehicle body panel side. A barrier layer is laminated on the base material side of the fiber layer via adhesive resin. The barrier layer interrupts or inhibits airflow from the base material side.

A lining material for a molded ceiling for a vehicle is interposed between a base material of the molded ceiling and a vehicle body panel. The lining material has a fiber layer and a heat-shielding film layer. The fiber layer is a nonwoven fabric in the form of a sheet facing the vehicle body panel side. The heat-shielding film layer is a metal film integrated on one side of the fiber layer and reflects radiant heat from the vehicle body panel side. A barrier layer is laminated on the base material side of the fiber layer via adhesive resin. The barrier layer interrupts or inhibits airflow from the base material side.

The current invention relates to a textile suited for packaging, transporting and/or storing items, wherein said textile is a multilayered textile, said multilayered textile comprising a reinforcing middle part, a first outer nonwoven layer and a second outer nonwoven layer, wherein said reinforcing middle part is sandwiched between said first outer and said second outer nonwoven layer wherein said reinforcing middle part is comprised of two superimposed scrim layers, wherein each of said scrim layers has a weight between 50 to 100 g/m.sup.2 and said textile has a total weight of between 250 and 350 g/m.sup.2 as measured by EN 9073-1:1992. The current invention also relates to a container comprising aforementioned textile.