Asphalt oxidizer

Asphalt, blown Asphalt oxide. See Asphalt, oxidized... [Pg.357]

CAS 64742-93-4 EINECS/ELINCS 265-196-4 Synonyms Asphalt, blown Asphalt oxide Blown asphalt Hard hydrocarbon Oxidized asphalt... [Pg.357]

Blo-Foam SH. See p-Tolylsulfonyl hydrazine Biood sugar. See Giucose Blown asphalt. See Asphalt, oxidized Blown Menhaden Fish Oil Z-3] Blown Menhaden Fish Oil Z-6] Blown Menhaden Fish Oil Z-9. [Pg.544]

Harcat Zinc 22. See Zinc 2-ethylhexanoate Harcat Zinc Naphthenate. See Zinc naphthenate Hardened Taiiow Fatty Acid, 45 Hardened Taiiow Fatty Acid, 51". See Tallow acid Hard hydrocarbon. See Asphalt, oxidized Hard paraffin. See Paraffin Harlem oil. See Cade oil Haro Chem ALG, Haro Chem ALMD-2. See Aluminum distearate... [Pg.1968]

M-Quat Dimer JN. See Ricinoleamidopropyl ethyidimonium ethosulfate M-Quaf Dimer S-50 PG. See Hydroxypropyl bisoleyidimonium chloride M-Qua JO-50. See,Olealkonium chloride M-Quat JS-25 SP, M-Quat JS-25. See Stearalkonium chloride MR 285, MR 305. See Asphalt, oxidized, MR1085C. See Rosin MR-S Revultex. See Natural rubber 3MS. See Trimethylsilane MS 112, MS 114, MS 120. See Magnesium sulfonate... [Pg.2744]

Oxide of chromium. See Chromium oxide (ic) Oxidized asphalt. See Asphalt, oxidized Oxidized beeswax CAS 138724-55-7... [Pg.3008]

Dibutoxyethyl azelate Diphenyl octyl phosphate Pentaerythrityl tetrabenzoate plasticizer, cable/wire Asphalt, oxidized plasticizer, car upholstery Trioctyl trimellitate plasticizer, casein Sodium lactate plasticizer, castable PU Butyl benzyl phthalate Dipropylene glycol dibenzoate plasticizer, caulk... [Pg.5536]

Glyceryl hydrogenated rosinate plasticizer, mats Asphalt, oxidized plasticizer, mech. foam Diphenyl octyl phosphate plasticizer, mech. goods Asphalt, oxidized plasticizer, medical tubing Epoxidized soybean oil plasticizer, melamine Trishydroxyethyl triazine trione plasticizer, membranes Dinonyl phthalate plasticizer, metalworking Propylene glycol laurate plasticizer, metalworking fluids Octyl stearate... [Pg.5543]

PPG-9 PPG-12 PPG-17 plasticizer, retreads Asphalt, oxidized plasticizer, rinse aids... [Pg.5548]

Asphalt, oxidized Isodecyl benzoate Paraffin, chlorinated Trioctyl trimellitate plasticizer, SEBS rubber Polymethyloctylsiloxane plasticizer, secondary... [Pg.5549]

PEG-75 lanolin PEG-2 stearate PEG-2 tallowate Propylene glycol laurate plasticizer, thermoplastic elastomers Poly-a-methylstyrene plasticizer, thermoplastic polyesters Resorcinol bis (diphenylphosphate) plasticizer, thermoplastic urethane Poly-a-methylstyrene plasticizer, thermoplastics Neopentyl glycol dibenzoate plasticizer, thermoplastics/thermosets Ethyl toluenesulfonamide p-Toluenesulfonamide plasticizer, thermoset polyesters Tris (2,3-dichloropropyl) phosphate plasticizer, tire components Asphalt, oxidized plasticizer, toys Epoxidized soybean oil plasticizer, transfer inks Dibutyl tartrate... [Pg.5550]

Naphtha, hydrodesulfurized heavy Shellsol 1495 Shellsol 1626 Shellsol 2046 Shellsol H Spirdane HT 64742-88-7 Envirolite Solvent Naphtha, medium aliphatic Shellsol 9 Shellsol 16 Shellsol D38 Shellsol D43 Shellsol D60 64742-89-8 2429 Naphtha Naphtha, light aliphatic Shellsol Heptane Shellsol WHT Special Lactolite VM P Naphtha HT 64742-93-4 Asphalt, oxidized MR 285 MR 305 64742-94-5 Aromatic 150 Aromatic 200 HAN 906 Solvent Naphtha, heavy aromatic Naphthalene Depleted Aromatic 150 Fluid Naphthalene Depleted Aromatic 200 Fluid Petri nex ASB Shellsol A200 Solvent SolvG Solvarex 10 Solvarex 90/180 Solvaro AFD... [Pg.6578]

Table 2 (63) shows additional stmctural data estimated for the fractions. These results are all dependent on the composition of the source crude oil, particularly heteroatom content and metals. Both Ni and V are found primarily in the heptane-precipitated asphaltenes and are evenly distributed without regard to molecular size. They seem to be interchangeable in structure in that in fractions of a given asphalt the ratio of V to Ni is constant over wide ranges of composition. These metals often exist in porphyrin structures and have been implicated in higher rates of asphalt oxidation. [Pg.215]

Heteroatoms are important because of an inordinate contribution to properties. Large increases in asphalt hardening occur with the uptake of only 1 wt% oxygen. Petersen (64,65) has done extensive work on heteroatom analysis. A typical analysis is shown in Table 3 (65). When asphalt oxidizes, the principle increase is in ketones and sulfoxides. Carboxylic acids and anhydrides tend to concentrate at the aggregate surface in asphalt concrete and may produce sensitivity to water damage. [Pg.215]

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