Polyester fibers Finishes

Application Techniques, Structural Variations, and Fastness Properties. When appHed to polyester fiber, many of the disperse dyes originally developed for ceUulose acetate were found to be deficient in Hghtfastness, build-up properties, and especially fastness to the high temperatures employed in the newer dyeing and finishing, printing, and Thermosol (dry heat) processes. [Pg.450]

Aramid fibers, i.e. polyamide textile fibers made from aromatic amines and dicar-boxylic acid [177] are similar to polyamide and polyester fibers and are highly heat resistant and flame retardant. Aramid fibers must be heat set by steaming before wet finishing and washed before dyeing for good leveling. [Pg.418]

BASF Manual Dyeing and Finishing of Polyester Fibers B 363e, 1975. [Pg.423]

Summaries of chemical and physical properties of different polyester fibers are available (107). Polyesters display excellent resistance to conventional textile bleaching agents and are most resistant to cleaning solvents (107). Mold, mildew, and fungi may grow on finishes applied to polyester fabrics but do not attack the fiber itself (3). Again, insects that devour natural fibers normally do not affect polyester fibers although they may cut their way out of the fabric if trapped. [Pg.225]

A wide variety of special durable surface treatments have been used on manufactured fibers. These include treatments for imparting such characteristics as soil resistance, antistatic behavior, and wearer comfort through moisture wicking and transport. Fiber finishes also have been used successfully in promoting adhesion between two materials, as, for example, between polyester tire cord and rubber, and between glass fiber and polyester resin. [Pg.496]

Pripol. [Unichema Unichema France SA] IMmer or trimer acids modifier for nylon, polyester fibers used in polyamide for hot melt adhesives, thermographic inks, urrfhane elastomers, industrial lubricants, fuel additives, surface coadng resins, spin finishes. [Pg.296]

Ageflex FM-1Q80MC EINECS 225-733-5 Ethanaminium. N,N,N-trimethyl-2- 2-methyl-1-oxo-2-propenyl)oxy)-, chloride Madquat Q-6 (2-(Methacryloyloxy)ethyl)-trimethylammonium chloride. Quaternary antistatic finish for polyester fibers, flocculant and... [Pg.393]

Ageflex FM-1Q80DMS EINECS 229-995-1 Ethan-aminium, N,N,N-trimethyl-2-((2-methyl-1-oxo-2-prop-enyl)oxy)-, methyl sulfate Ethanaminium, N,N,N-trimethyl-2-((2-methyl-1-oxo-2-propenyl)oxy)-, methyl sulfate (2-(Methacryloyloxy)ethyl)trimethylammonium methyl sulphate. Antistatic finish for polyester fibers, flocculant and coagulant for industrial process water treatment, flocculant for mineral recovery, ion exchange resins, adhesives, xid dye receptivity, electrostatic coatings on wood, retention aids for paper. Solid soluble in H2O, d = 1.183 cationic. Rit-Chem. [Pg.393]

Uses Antistatic finish for polyester fibers flocculant, coagulant for industrial process water treatment flocculant for min. recovery, ion exchange resins, adhesives, acid dye receptivity, electrostatic coatings on wood retention aid for paper food-contact paper/paperboard Reguiatory FDA 21CFR 176,170... [Pg.39]

Chem. Desaip Phosphated alkyl ethoxylate, potassium salt Uses Detergent, wetting agenL oily soil emulsifier in built detergents, agric. formulations, polymerization antistat in fiber finishes for polyester and PP... [Pg.876]

Uses Reactant for PU, epoxy, polyester, and phenolic systems reactive additive for PU leather finishes reactive internal lubricant for polyester fiber melt spinning surfactant blend agent... [Pg.740]

Classification Quat. ammonium monomer Uses Antistatic finish for polyester fibers ... [Pg.1395]

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