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.

A drainage/ventilation product is placed in a building structure. The product includes: a weather barrier membrane faces away from the building structure; a drainage structure affixed to and co-extensive with the weather barrier membrane; a moisture resistant layer affixed to and co-extensive with the drainage structure; an adhesive layer, the adhesive layer is a plurality of adhesive strips and/or scatter coated over and co-extensive with the moisture resistant layer, the adhesive is a pressure sensitive adhesive (PSA) and has a pull adhesion in a range of about 10-21 psi, and covers about 40-95% of a surface of the moisture resistant layer; and a release layer releasably covers and is co-extensive with the adhesive layer. Whereby the moisture/ventilation product is placed on the building structure without mechanical fasteners. A method is also disclosed.

A roofing system includes a roof deck, a roofing underlayment overlying the roof deck, a foam adhesive on an uppermost surface of the roofing underlayment, and a roofing material on the foam adhesive. The roofing material may include roofing tile. The roofing underlayment includes a first fleece layer contacting a surface of the roof deck, a scrim layer overlying and contacting the first fleece layer, and a second fleece layer overlying and contacting the scrim layer. The second fleece layer includes polyethylene terephthalate and has an uppermost surface opposite to the scrim layer, where the uppermost surface has an embossed texture.

A low density basemat provided as a single layer having a thickness of greater than about 1.1 inches (2.80 cm) and comprising at least about 90 weight percent wool fibers, based on the weight of the basemat, wherein the wool fibers include wool fibers having a diameter of less than about 3 microns and wool fibers having a diameter of greater than about 6 microns, wherein from 5% to 40% of the wool fibers have a diameter of less than about 3 microns, wherein at least 30% of the wool fibers have a diameter of greater than about 6 microns, wherein less than 15 wt. % of the wool fibers have a diameter greater than about 12 m, and wherein the wool fibers have a mean diameter of at least about 5 microns, and a low density fibrous panel comprising the basemat and a porous scrim.

A fire protection article is provided that includes a fire barrier comprising a plurality of non-combustible fibers, and a passive thermal insulator coupled to the fire barrier and comprising a plurality of non-meltable fibers. Optionally, the fire protection article displays a time to break in the 1100 C. Break Strength Test of at least 10 seconds or a minimum tensile strength at 150 C. of at least 5 kPa. Optionally, the fire barrier comprises substantially continuous fibers that are mutually entangled. The fire barrier and passive thermal insulator can be mutually secured using a suitable polymeric binder, such a thermoplastic fluoropolymer binder. The combination of a relatively thin fire barrier with a comparatively thicker passive thermal insulator can provide thermal runaway protection in lithium-ion battery applications, structural integrity and a high degree of thermal insulation in the event of fire exposure.

Filter media including nonwoven fiber webs comprising nanofibers, and related methods, are generally described.

A long-life in filters is required as filter members for slurry liquid having high-viscosity and high-solid-content ratio. It is provided to solve the problem, the filter element for filtering slurry liquid, wherein nets and non-woven fabrics are alternately layered, wherein each of the nets has first fibers parallelly extending in one direction and second fibers parallelly extending in a direction angled to the one direction and contacting sides of the first fibers, wherein the first and second fibers forms mesh-pores at portions surrounded by the first and second fibers, wherein each of the non-woven fabrics has protrusions on surfaces of the each of the non-woven fabrics in a thickness-direction, the protrusions formed to repeatedly come out on the surfaces of the each of the non-woven fabrics in a surface-direction of the each of the non-woven fabrics.

A mat material including: a base mat containing inorganic fibers and including a first main surface and a second main surface; and a network on at least one of the first or second main surface, the network containing multiple bases made of an organic substance and fibers stretching in at least two directions from each of the multiple bases.