Plasticizer alcohol

Linear paraffins in the C q to range are used for the production of alcohols and plasticizers and biodegradable detergents of the linear alkylbenzene sulfonate and nonionic types (see Alcohols Plasticizers Surfactants). Here the UOP Molex process is used to extract / -paraffins from a hydrotreated kerosine (6—8). 

Vinyl acetate plastics Vinyl alcohol plastics Vinyl chloride plastics Vinyl plastics... 

Vinyl alcohol plastics Group of plastics composed of resins derived from the hydrolysis of polyvinyl esters or copolymers of vinyl esters. 

Alcohol(s), 10 488. See also C12 alcohol Detergent range alcohols Ethanol Fuel alcohol Higher aliphatic alcohols Plasticizer range alcohols Polyhydric alcohols... 

Plasticizer 9. [BASF AG] Glycerol ether alcohol plasticizer fix iuq>htha-resis-tant and benzene-resistant nitro-lac-... 

Ethylene. The catalytic oxidation of ethylene to ethylene oxide based on the invention of Lefort has been practiced commercially on a large scale. Ethylene oxide has become an important organic chemical, being used in the manufacture of ethylene glycol, ethanolamines, fi-phenylethyl alcohol, plastics, plasticizers, resins, insecticides, surface-active agents, solvents, explosives, etc. 

The consumption of 0x0 alcohol products in the United States, western Europe, and Japan for 1993 is shown in Table 7 [33], Table 7 shows that more than 50% of the total demand for 0x0 product is for n-butyraldehyde. Most is used to produce 2 ethyl hexanol. This is followed by demand for detergent alcohols, plasticizers, and the rest. The highest volume products have the lowest margin. The most profitable are the specialty 0x0 products which constitute the lower volumes. Most of the future growth is expected to be in the specialty products as well. 

Properties Colorless chunked solid sol. in ketones, esters, alcohols, plasticizers, aromatic soivs. insol. in aliphatic hydrocarbons sp.gr. 1.25-1.35 soften, pt. (B R) 80-85 C acid no. < 2 100% solids RO-40 [IMERYSj... 

Palatinol A Palatinol M plasticizer, nat. resins TrIethyl citrate plasticizer, nat. rubber Hydroabietyl alcohol plasticizer, NBR... 

Distearyl thiodipropionate Ditridecyl thiodipropionate Poly-a-methylstyrene Trixylenyl phosphate plasticizer, absorption bases Lanolin alcohol plasticizer, ABS-PC Triphenyl phosphate plasticizer, acrylate elastomers Triisononyl trimellitate plasticizer, acrylate resins Diisooctyl phthalate plasticizer, acrylic coatings Benzyl phthalate Butyl benzyl phthalate Polypropylene glycol dibenzoate plasticizer, acrylic latex 2-Pyrrolidone... 

Propylene glycol dibenzoate plasticizer, solvent adhesives Hydroabietyl alcohol plasticizer, solvent emulsions PEG hydrogenated castor oil plasticizer, specialty Isodecyl benzoate... 

Vinyl Alcohol Plastic See Polyvinyl Alcohol. Vinylation n The process of forming a vinyl derivative by reaction of alcohols, amines, or phenols with acetylene. Such derivatives are intermediates for polymers. 

Young, A. H., 1967, Polyvinyl alcohol plasticized amylose compositions. US Pat. 3,312,641. 

The azeotropic-distillation procedure cannot be applied to this alcoholic extraction liquid. Transfer 16 ml of the aqueous alcohol plastic-extraction liquid and 16 ml of the blank alcoholic extraction liquid into two 25 ml stoppered graduated cylinders. To each cylinder add 2 ml of 0.2 M TMAI and 2 ml of distilled water and mix. Examine these solutions polarographically as described previously. 

Xylenes are used inter alia as solvents, for example in the USA 180,000 t p.a. [13] and in Japan 90,000 t [33], particularly in the paint and printing ink industries (see also [5]). In eastern Europe it is also used for numerous applications in the shoe industry, o-xylene (besides naphthalene) is mainly oxidized to phthalic anhydride from which dyestuffs, phthalodinitrile and - by esterification with alcohols - plasticizers and raw materials for paints and varnishes are obtained [36, 38]. p-xylene is oxidized and processed with methanol to terephthalic acid dimethyl ester, from which polyesters are made [36, 38, 39]. For example, in 1972 2.9 million t polyester fibres were produced worldwide [39] and in 1979 more than 5 million t, which corresponds to 2.8 million t of p-xylene [30 a]. Polystyrene and copolymers (including expanded plastics) in particular are polymerized from styrene, and the world annual production of these products around 1975 was about 5 million t [39, 40],... 

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