Textiles nonwovens

Nonwoven geotextile Nonwoven sheets Nonwoven textiles Nonwoven wipes... 

Durable Flame Retardants for Textiles, Nonwovens, Adhesives, Coatings ... 

Many industrial free-radical polymerization processes have been developed and commercialized for a variety of monomer and polymer types. A variety of monomers and polymerization processes have been commercially exploited. Further, there have been significant developments in synthesizing polymers with controlled architectures using free-radical polymerization during the last two decades. Materials synthesized include block copolymers, graft copolymers, and radial polymers. These materials find use in many common industrial and household applications such as adhesives, paints and coatings, textiles, nonwoven fabrics, personal care products, wallpaper, construction materials, specialty additives, and many other areas. 

Watzl, A. 1991. Durchstrbmstrocknung fiir die Textil-, Nonwovens-, Papier-und Chemiefaserindustrie. Wirtschafthches Verfahren mit Energieeinsparrung und Umweltschultz, Melliand Textil., 72(6) 470-479. 

Uses Monomer for latex binders used in adhesives, textiles, nonwovens, marine coatings, exterior paints, metal binders, electro-coatings, latex systems, water-resist, coatings Features Self-crosslinking Cymel 245-8 [Cytec Ind.j... 

Uses Aaylic for textiles, nonwovens, adhesive bindings, coatings, and finishes... 

Uses Flame retardant for thermosets, thermoplastics, engineering resins, ABS, acrylics, epoxy, thermoset polyester, PS, PE, PP, PVC, PU, elastomers, wire and cable, textiles, nonwovens, rubber, ceramics, glass, pigments, paints SAA-100 [Lyondell]... 

Uses Binder protective coating or surf, treatment primarily for textiles, nonwovens, fiberglass, paper, wood, urethane foam, or other porous substrates... 

Uses Textile, nonwoven, adhesive bindings, coalings, finishes, seals and gaskets... 

It may be concluded that natural cellulose has a complicated multilevel struc-mral organization. The linear cellulose macromolecules joined by hydrogen bonds form the nanocrystaUites, NCD, and elementary nanofibrils. The elementary nano-fibrils are aggregated into microfibrils, which form lamellas and layers of the cell wall of natural cellulose fibers, and the fibers are constituents of various cellu-losic materials papers, textiles, nonwoven materials, etc. 

Acrylic aldehyde. See Acrolein Acrylic amide. See Acrylamide Acrylic copolymer. See Acrylates copolymer Acrylic elastomer Synonyms Polyacrylic rubber Uses Textile, nonwoven, adhesive bindings, coatings, finishes, seals and gaskets Features Low temp.-resistant Trade Name Synonyms Cyanacryl 35 f [Cytec Ind. http //www.cytec.com]] HyStretch T-35 t[Noveon http //www.noveoninc.com] http //WWW. carbopoi. com] http //www.noveoncoatings.com]] HyStretch V-29 [Noveon http //www.noveoninc.com] http //WWW. carbopoi. com http //www.noveoncoatings.com]] HyStretch ... 

Another way of obtaining fibers from agricultural residues is pulping. However, using this method, the obtained fibers are 0.5 to 1.5 mm in length, which is too short to be processed in textiles, nonwoven production and some other industrial applications [7,12]. As known, aspect ratio is a major factor influencing the mechanical properties of a composite. Higher aspect ratio results in better tensile, flexural and impact... 

Styrene-butadiene Solvent solutions aqueous dispersions (latex), hot melt (block copolymers) Primarily thermoplastic but some thermoset formulations available Properties vary with type Some heat-cure formulations are available Good heat and chemical resistance Some types are prone to oxidation Personal hygiene products Textile, nonwoven lamination... 

Good resistance to moisture Lower density (less adhesive and Textile, nonwoven lamination... 

Upholstered furniture contains textile nonwovens with a variety of degrees of bonding. They are also found as textile cover material. Nonwovens used in areas well below the surface are made from reclaimed fibres. They are of little interest with regard to recycling. However, the voluminous cover nonwovens used directly between the core of foam and the surface cover material are certainly of interest. Generally, these are made from white primary fibres. Made into reclaimed fibres, such materials can well be re-used to make nonwovens. The main prerequisite to... 

Textile Nonwovens Fiberfill Flocking Laminating Tie Coats Diaper, medical, apparel interlining Apparel Apparel Fabric/polyurethane foam Polyurethane-coated fabric... 

Paper cups and tubes Cigarette making Textile Nonwovens Fiberfill Carpeting Tie coats Flocking Furniture General purpose Laminations Film overlay, high pressure... 

The use of polypropylene in textiles is steadily becoming more prevalent due to its lower cost basis. Polypropylene is commonly used in the fabrication of textile (nonwoven) filters for medical applications. In its native state, polypropylene nonwoven filtration media can only wet-out with liquids which possess surface tensions less than 32 mN/m. As such, water filtration requires high pressure to pass through the membrane. The use of an oxidative atmospheric pressure plasma treatment significantly increases fiber surface hydrophilicity and therefore filtra-... 

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