Textile finishes, acrylates

Another textile use of acryUc polymers is fabric finishing, to impart a desired hand or feel, or to aid soil release, or for permanent-press features. Copolymers of acrylate esters with acryUc or methacrylic acid serve as thickeners for a variety of textile coating formulations (see Textiles, finishing). [Pg.172]

The consumption of polymer dispersions in 1997 was 10xl06 t. The market is divided among styrene-butadien dispersions (35 %), dispersions containing vinyl acetate (32 %), styrene and styrene-acrylate dispersions (25 %) and others in minor quantities. They have many applications coatings and paints, adhesives, textile finishing, paper coatings and others. When used as coatings the dispersions should be suitable for food contact. Many substances can be used as monomers ... [Pg.46]

The other major uses of acrylic latexes are in textile finishing (e.g., stain and wrinkle resistance), adhesives, and floor polishes and waxes. Adhesives are used in many applications, including pressure-sensitive tapes, contact adhesives, and construction adhesives for carpeting and floor tiles. Peelable labels and stamps probably got their start with the Post-it note, invented by Spencer Silver and Art Fry at 3M company many years ago. [Pg.129]

Most vinyl acetate is converted into polyvinyl acetate (PVA) which is used in the manufacture of dispersions for paints and binders and as a raw material for paints. It is also copolymerized with vinyl chloride and ethylene and to a lesser extent with acrylic esters. A substantial proportion of vinyl acetate is converted into polyvinyl alcohol by saponification or transesterification of polyvinyl acetate. The main applications for polyvinyl alcohol are either as raw material for adhesives or for fibres. It is also employed in textile finishing and paper glueing, and as a dispersion agent (protective colloid). The world production capacity of PVA was 4.35 Mt/a in 2005, of which 2.1 Mt were converted into polyvinyl alcohol. [Pg.73]

Acrylic or methacryTic acid, at about 2 - 3% of monomers, is often a conponent, helping latex stability, curing and adhesive properties. The major monomers are often present in quite conplex mixtures to suit specific applications. Thus acrylonitrile assists solvent resistance.(id) Most of the modifications are for various aspects of textile finishing. There is an increasing interest in flocking adhesives. (l2 - I4)... [Pg.332]

Research into controlled-release antimicrobials continues with organo-silver compounds and silver zeolites, which are promising candidates for textile finishes. Silver ions, for example, incorporated in glass ceramic, have a very low toxicity profile and excellent heat stability. These principles are also used for fibre modification, an alternative to the antimicrobial finishes with high permanence. In recent years a variety of antimicrobial modified fibres have been developed, including polyester, nylon, polypropylene and acrylic types. An example of these fibre modifications is the incorporation of 0.5-2 % of organic nitro compounds... [Pg.168]

Burcorez. [Bnriington Chem.] Acrylic copolymer textile finish for durability to washing and drycleaning. [Pg.56]

Germul [Ceca SA] Acrylic, vinyl-acrylic, or vinyl acetate resins hand modifiers for textile finishing. [Pg.157]

Vult-Acryl . [General Latex Chem.] Acrylic emulsions used for fabric coatings, adhesives, paper coadngs pigment binders textile finishes. [Pg.403]

In the textile field, acrylate dispermons also provide highly derirable types of finishes. Applied to cotton and rayon, they contribute a firmer hand, improved tensile and tear strength, and better abrasion and wear resistance. Th., are free from color, and remain so. They are not easily removed by wasl g, hence are characterized as permanent finishes. [Pg.1017]

Aluminum chloride hydrate is used in textile finishing to impart crease recovery and nonyeUowing properties to cotton (qv) fabrics, antistatic characteristics to polyester, polymide, and acrylic fabrics, and to improve the flammability rating of nylon (see Textiles). Dye-bleeding of printed textile may be blocked (17) by treatment with aluminum chloride and zinc acetate, Zn(02CCH2)2j followed by solubilizing with ethylenediamine tetraacetic acid, and washing from the fabric. [Pg.149]

Chem. Descrip Themroplastic acrylic based on B/VMMA Uses Acrylic for fabric paints, textile finishes Properties MFT 1 C Tg 7 C 50% solids AcryGen D 541 [OMNOVA Sol ns.j... [Pg.17]

Chem. Desaip. Aaylic latex, heat-reactive Uses Acrylic for adhesives, nonwoven fabric binding, textile finishes, pigmented coatings, paper saturation, foam backcoatings for textiles Features Produces med. films Properties Sp.gr. 1.07 vise. 170 cps pH 5.1 53% solids Hycai 26106 [Noveon]... [Pg.410]

Chem. Descrip. Acrylic latex, heat-reactive Uses Acrylic for fextile laminating adhesives, abrasion-resist, textile and paper coatings, textile sizing, paper saturation, nonwoven binders, metal coatings, textile finishing food pkg. adhesives, coatings, paper, polymers, rubber articles... [Pg.411]

Chem. Descrip. Proprietary organic mineral oil-based blend Uses Defoamer for use with latex emulsions, waterborne architectural paints, plasters, adhesives (SBR, PVAc, acrylic, water-sol. resins), coating and latex printing defoamer in atmospheric dyeing, printing and textile finishing processes defoamer in food-contact paper coatings food pkg. adhesives... [Pg.575]

Chem. Descrip. Isobomyl acrylate CAS 5888-33-5 EINECS/ELINCS 227-561-6 Uses Monomer for creating and modi ing a wide range of polymers, for paints, textile finishes, adhesives, industrial and textile coatings Features Resists UV degradation... [Pg.754]

Uses Monomer for creation of new polymer backbones and in formulating high performance acrylic latexes, plastic and rubber modifiers, coatings, adhesives, polyol modifiers, oil field demulsifiers, textile finishes, vise, modifiers, reactive chems. [Pg.867]

Definition Complex acrylate-terminated polyester prepolymers Formuia CH2CRCOOR OCOCRCH2, R = H, methyl-, R = polyester Uses Binder for radiation-cured printing inks, wood/textile finishes, paper-foil lacquers diluent for offset inks, overprint varnishes, coatings (paper, plastics, cardboard), paper upgrading improves hardness and solv. resist. [Pg.1293]

Uses Tackifier, binder, plasticizer for inks, textile sizes and finishes, latex modification, paints, adhesives adhesion promoter (acrylic pressure-sensitive adhesives) laminating heat sensitizer for rubber latex pigment binder in textile finishing protective colloid in emulsions flexibilizer, vise, control agent for photoresist coatings semiperme-able membranes (reverse osmosis plants) antistat, binder, film-former in cosmetics finish component for poly (phenyleneterephthalamide) food-pkg. resins in food-contact PU resins Regulatory FDA 21 CFR 175.105,177.1632,177.1680 Manuf/Distrib. Aldrich BASF ISP... [Pg.1310]

Piiplast 3192 Pripol 1006 Pripol 1009 Pripol 1013 Pripol 1015 Pripol 1017 Pripol 2033 modifiw, textile finishes Isohornyl acrylate modifier, thenrioplaslics Glyceryl trSrenzoate Neopen ycol dihenzoate Teflon MP 1000 Teflon MP 1300 Teflon MP 1400 modifier, thermoset maintenance coatings Aiylzene 7170 Aiylzene 7171 Aiylzene 7172 modifiCT, thin-set mortars Rovene 4041 modifier, TPE Tilene 54... [Pg.1559]

Empirical C15H12F17NO4S Formula CH2CHC00CH2CH2NC2H5S02(CF2)7CF3 Properties M.w. 625.30 Uses Acrylic resin comonomer for textile finishes comonomer for water-resist, paper coatings mfg. of paper sizes, surfactants, inert fluids monomer for polymerization reactions provides oil/water repellency, lubricity, and release... [Pg.1769]

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