This application relates to a hot-melt fiber containing silver particles, a preparation method thereof, and an article containing the hot-melt fiber.

A fabric having an improved winding property, and more particularly to a fabric having an improved winding property, which simultaneously has an excellent winding property and excellent mechanical properties and exhibits an effect of preventing dye migration in fabric coating, and a commodity including the same.

A fabric having an improved winding property, and more particularly to a fabric having an improved winding property, which simultaneously has an excellent winding property and excellent mechanical properties and exhibits an effect of preventing dye migration in fabric coating, and a commodity including the same.

A fabric includes an inner textile layer, an outer textile layer, and a middle textile layer. The inner textile layer includes a plurality of microfiber yarns and a plurality of elastic fiber yarns. The outer textile layer includes a plurality of composite yams. The middle textile layer is between the inner textile layer and the outer textile layer and has a plurality of wave-like polyester fiber yarns. Further, the outer textile layer includes a first weaving region and a second weaving region. The content of the composite yarns in the first weaving region is greater than the content of the composite yarns in the second weaving region.

A woven/knit fabric, comprising two or more types of yarn different in elongation rate, wherein the two or more types of yarn different in elongation rate are separately arranged as independent threads in the same direction in at least one of warp and weft; and wherein a stress-strain curve obtained by applying load in a direction parallel to the direction of the arrangement of the threads has an inflection point; and includes a point satisfying an equation:

2.5≤B/A where, with a reference where the woven/knit fabric is subjected to load and has an elongation of P (%), A is an elastic modulus of the woven/knit fabric when the woven/knit fabric is subjected to load and has an elongation of (P×0.8) (%) and B is an elastic modulus of the woven/knit fabric when the woven/knit fabric is subjected to load and has an elongation of (P×1.2) (%).

A woven/knit fabric, comprising two or more types of yarn different in elongation rate, wherein the two or more types of yarn different in elongation rate are separately arranged as independent threads in the same direction in at least one of warp and weft; and wherein a stress-strain curve obtained by applying load in a direction parallel to the direction of the arrangement of the threads has an inflection point; and includes a point satisfying an equation:

2.5≤B/A where, with a reference where the woven/knit fabric is subjected to load and has an elongation of P (%), A is an elastic modulus of the woven/knit fabric when the woven/knit fabric is subjected to load and has an elongation of (P×0.8) (%) and B is an elastic modulus of the woven/knit fabric when the woven/knit fabric is subjected to load and has an elongation of (P×1.2) (%).

A semi-finished product for the manufacture of a structural component has a plurality of prepreg tapes, each having unidirectionally arranged reinforcing fibers embedded in a thermoplastic matrix material, and with a plurality of connecting strands containing a thermoplastic material. The prepreg tapes and the connecting strands are either joined to form a textile sheet structure or the prepreg tapes are arranged to form a multiaxial fabric, individual layers of the fabric being joined by the connecting strands. Further, a method for manufacturing a curved structural component from such a semi-finished product is described.

To provide a filament for obtaining a palatable beverage extracting filter having excellent formability, which is less expensive, and having excellent extractability.

A core-sheath type composite multifilament for a palatable beverage extracting filter, including a core component and a sheath component, the core component being a homopolyester having a melting point of 220° C. or more, the sheath component being a copolyester containing terephthalic acid and a diol as major components and having a melting point at least 40° C. lower than that of the core component, and a number of filaments is 2 to 5.

A covering for an architectural feature includes a woven material. The woven material is made at least partially from binder yarns to form a woven fabric. The binder yarns are heated after the fabric is woven to a temperature sufficient to cause the binder yarns to bond and fuse to adjacent yarns at crossover points. The woven material is inherently resistant to fraying and/or unraveling.

A covering for an architectural feature includes a woven material. The woven material is made at least partially from binder yarns to form a woven fabric. The binder yarns are heated after the fabric is woven to a temperature sufficient to cause the binder yarns to bond and fuse to adjacent yarns at crossover points. The woven material is inherently resistant to fraying and/or unraveling.