Surface-active textile assistants

Methyl-2-(3-sulfophenyl- and 2-chloro-3-sulfophenyl)-3-pyrazo-lidinone forms complexes with choromethylcumene to give surface-active textile assistants.1388... 

Benzyl-derived quaternary ammonium compounds are used widely as cationic surface-active agents and as germicides, fungicides, and sanitizers. Benzyl alcohol is used in a wide spectmm of appHcations including pharmaceuticals and perfumes, as a solvent, and as a textile dye assistant. 

Use Plasticizer and intermediate for the synthesis of insecticides, surface-active agents, pharmaceuticals, and textile assistants. 

Surface active agents Textile processing assistants Textile scouring compounds and wetting agents Thin water (admixture)... 

DUPONT offers eight sulfonate products for use in such diverse applications as textile and paper manufacture, metal working, petroleum, and agricultural chemicals. There are five alkyl sulfonates—PETROWET R ALKANOL 189-S and AVITONE A, P, and T—and three alkylaryl sulfonates—ALKANOL XC, WXN, and ND— all of which offer a combination of surface-active properties and good stability, making them valuable in a wide variety of industrial applications. PETROWET R and ALKANOL 189-S, XC, and WXN are surfactants ALKANOL ND and F are dyeing assistants and AVITONE P and T are softeners. 

In summery, due to the intensive body activity, the wearer perspires and the cloth worn next to skin will get wet. These moisture fabrics reduce the body heat and make the wearer to become tired. So the cloth worn next to the skin should assist for the moisture release quickly to the atmosphere. The fabric worn next to the skin should have two important properties. The initial and fore most property is to evaporate the perspiration from the skin surface and the second property is to transfer the moisture to the atmosphere and make the wearer to feel comfort. Difihision and wicking are the two ways by which the moisture is transferred to the atmosphere. These two are mostly governed by the fiber t) e and fabric stricture. The airflow through the fabric makes the moisture to evaporate to the atmosphere. The capillary path plays a vital role in the transfer of moisture and this depends on the wicking behavior of the fabric. In the development of protective clothing and other textiles, modeling offers a powerful companion to experiments and testing. 

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