Stearyl palmitate

Additives conforming to this criteria afford an equivalent or greater reduction in the coefficient of friction when compared with conventional amide slip agents, but the polymer plaques remain clear and transparent. Using stearyl behenate and stearyl palmitate as slip agent, very low coefficients of friction of 30-50% of the blank can be achieved, at levels of only 0.2-0.3% (5). 

Beeswax (triacontanyl palmitate) octadecyl octadecanoate (stearyl stearate) dodecyl hexadecanoate (lauryl palmitate) cetyl palmitate lanolin carnauba wax glycol distearate jojoba oil... 

The oleaginous phases of creams differ composi-tionally from hydrocarbon ointments. Many, but not all, creams are patterned after vanishing cream and contain considerable stearic acid. In lieu of some or all of the stearic acid, creams sometime contain long-chain waxy alcohols (cetyl, Ci6 stearyl, Ci8), long-chain esters (myristates, Ci4 palmitates, Ci6 stearates, Cig), other long-chain acids (palmatic acid), vegetable and animal oils, and assorted other waxes of both animal and mineral origin. 

Plant waxes are usually found on leaves or seeds. Thus, cabbage leaf wax consists of the primary alcohols C12 and Cis—C28 esterified with palmitic acid and other acids. The dominant components are stearyl and ceryl alcohol (C26H53OH). In addition to primary alcohols, esters of secondary alcohols, for example, esters of nonacosane-15-ol, are present ... 

Preservatives including but not limited to the following within these maximum amounts in percent by weight of the finished food Sorbic acid, benzoic acid and their sodium, potassium, and calcium salts, individually, 0.1 percent, or in combination, 0.2 percent, expressed as the acids calcium disodium EDTA, 0.0075 percent propyl, octyl, and dodecyl gallates, BHT, BHA, ascorbyl palmitate, ascorbyl stearate, all individually or in combination, 0.02 percent stearyl citrate, 0.15 percent isopropyl citrate mixture, 0.02 percent. 

Fatty acid esters, because of the great variety of molecular structures that are possible, offer great versatility to the plastics compounder. Liquid fatty acid esters of short-chain monofunctional alcohols have a distinct secondary plasticizer action, whereas fatty acid esters of long-chain fatty alcohols like stearyl stearate or cetyl palmitate are well known as wax esters and because of their thermal stability, good flow properties and resistance to plate out are broadly used as lubricants for PVC and other polar plastics. 

Oily soils containing amphiphilic species, such as fatty acids or fatty alcohols, can also be removed from substrates as a result of the formation of liquid crystal or mesomorphic phases between the amphiphile and a detergent. The liquid crystals are then broken up by subsequent osmotic penetration by water [140-142], Removal of solid soils by mesophase formation can be accelerated by increasing the temperature. This has been reported for stearyl alcohol [143] and for lauric, palmitic, and stearic acids [128, 129] and is likely due at least in part to the increased penetration of the soils at higher temperatures [128,129,143],... 

Glycerol stearate Glycol stearate Isopropyl myristate Ethyl oleate Fatty Acids Stearic acid Laurie acid Palmitic acid Oleic acid Fatty Alcohols Cetyl alcohol Stearyl alcohol... 

Oil phase Mineral oil Isopropyl myristate Beeswax Cottonseed oil Cetostearyl alcohol Lanolin (and derivatives) White soft paraffin Yellow soft paraffin Canola oil Cetyl alcohol Arachis (peanut) oil Oleic acid Isopropyl palmitate Castor oil Stearyl alcohol Jojoba oil Stearic acid Silicone oils... 

Lipocerite Standard. [Vevy] Cetyl palmitate, isostearyl palmitate, cetyl stearate, stearyl stearate. 

Surface self-diffusion is the two-dimensional analogue of the Brownian motion of molecules in a liquid bulk. Measurements of self-diffusion have to be performed in complete absence of any Marangoni flow caused by surface tension differences. Such experimental conditions are best established in an insoluble monolayer where one part consists of unlabelled and the other of radio-tracer labelled molecules. The movement of molecules within the surface monolayer can be now observed by using a Geiger-Miiller counter. There are possible effects of liquid convective flow in the sublayer which was discussed for example by Vollhardt et al. (1980a). With e special designed apparatus Vollhardt et al. (1980b) studied the self-difihision of different palmitic and stearic acid and stearyl alcohol and obtained self-diffusion coefficients between l-i-4 lO cm /s. 

The fatty acid methyl esters C16.0, C18.0, and C18.2 indicate the presence of a vegetable oil. However, the detection of isopropyl palmitate (IPP) and isopropyl stearate (IPS) in the Py-GC experiment (not shown) means that there would also be a contribution of their fatty acids to this pyrogram. The methyl ethers of cetyl alcohol (C16-OME) and stearyl alcohol (C18-OME) suggest the presence of the respective free fatty alcohols, and this is confirmed by an inspection of the pyrogram from the Py-GC experiment (not shown). Myristyl alcohol methyl ether (C14-OME) and myris-tic acid methyl ester (CM. 0) originate from myristyl myristate used in the formulation. 

Custom CARO. See Carotene Custom Cetyl. See Cetyl alcohol Custom DIOL. See Propylene glycol Custom DMDM. See DMDM hydantoin Custom EGDS. See Glycol distearate Custom EGMS. See Glycol stearate Custom GMS. See Glyceryl stearate Custom Nylon Poly. See Nylon 12 Custom SDQ-85. See Stearalkonium chloride Custom Stearyl. See Stearyl alcohol Customate IPM. See Isopropyl myristate Customate IPP. See Isopropyl palmitate Customide CD, Customide CDM. See Cocamide DEA... 

Emalex 703. See Laureth-3 Emalex 705. See Laureth-5 Emalex 707. See Laureth-7 Emalex 709. See Laureth-9 Emalex 710. See Laureth-10 Emalex 712. See Laureth-12 Emalex 715. See Laureth-15 Emalex 720. See Laureth-20 Emalex 725. See Laureth-25 Emalex 730. See Laureth-30 Emalex 750. See Laureth-50 Emalex 800 dl-L. See PEG-16 dilaurate Emalex 805. See PEG-5 stearate Emalex 810. See PEG-10 stearate Emalex 820. See PEG-20 stearate Emalex 830. See PEG-30 stearate Emalex 840. See PEG-40 stearate Emalex 1000 dl-L. See PEG-20 dilaurate Emalex 1605. See lsoceteth-5 Emalex 1610. See lsoceteth-10 Emalex 1615. See lsoceteth-15 Emalex 1620. See lsoceteth-20 Emalex 1625. See lsoceteth-25 Emalex 1805. See lsosteareth-5 Emalex 1810. See lsosteareth-10 Emalex 1815. See lsosteareth-15 Emalex 1820. See lsosteareth-20 Emalex 1825. See lsosteareth-25 Emalex 6300 DI-ST. See PEG-150 distearate Emalex 6300 M-ST. See PEG-150 stearate Emalex BHA-5. See Beheneth-5 Emalex BHA-10. See Beheneth-10 Emalex BHA-20. See Beheneth-20 Emalex BHA-30. See Beheneth-30 Emalex C-20. See PEG-20 castor oil Emalex C-30. See PEG-30 castor oil Emalex C-40. See PEG-40 castor oil Emalex C-50. See PEG-50 castor oil Emalex CC-16. See Cetyl palmitate Emalex CC-18. See Stearyl stearate Emalex CC-168. See Cetyl octanoate Emalex CS-5. See Choleth-5 Emalex CS-10. See Choleth-10 Emalex CS-15. See Choleth-15 Emalex CS-20. See Choleth-20 Emalex CS-24. See Choleth-24 Emalex CS-30. See Choleth-30 Emalex CWS-3. See Ceteth-3 stearate Emalex CWS-5. See Ceteth-5 stearate Emalex DAPE-0210. See PPG-2-deceth-10 Emalex DEG-di-L. See PEG-2 dilaurate Emalex DEG-di-0. See PEG-2 dioleate Emalex DEG-di-S. See PEG-2 distearate Emalex DEG-m-S. See PEG-2 stearate Emalex DISG-2EX. See Polyglyceryl-2 diisostearate... 

Estol SMO20 3686. See Polysorbate 80 Esto/ SMO 3685. See Sorbitan oleate Estol SMP 20 3697. See Polysorbate 40 Estol SMP 3696. See Sorbitan palmitate Estol SMS20 3716. See Polysorbate 60 Estol SMS 3715. See Sorbitan stearate Estol SQS 3758. See Polyisobutene Estol STST 3706. See Stearyl stearate Estragole... 

Hexadecanoic acid. Cl 6-18-alkyl esters Hexadecanoic acid, cetyl/stearyl ether. See Cetearyl palmitate... 

Jeechem SDM. See Stearamidopropyl dimethylamine lactate Jeechem SML. See Sorbitan laurate Jeechem SMO. See Sorbitan oleate Jeechem SMP. See Sorbitan palmitate Jeechem SMS. See Sorbitan stearate Jeechem SO. See Stearyl octanoate Jeechem SOC. See Sorbitan sesquioleate Jeechem SPA. See Hydrolyzed collagen Jeechem SS. See Stearyl stearate Jeechem STO. See Sorbitan trioieate Jeechem STS. See Sorbitan tristearate Jeechem Triclosan. See Triciosan Jeecide IPBC 10%, Jeeclde IPBC 100%. See lodopropynyl butylcarbamate Jeeclde U-13. See Imidazoiidinyl urea Jeecol CA-2. See Ceteth-2 Jeecol CA-5. See Ceteth-5 Jeecol CA-10. SeeCeteth-10 Jeecol CA-20. See Ceteth-20 Jeecol CS-3. See Ceteareth-3... 

Na-0101 T1/8". See Sodium bifluoride NAA. See 1-Naphthylacetic acid NAA-34, NAA-35, NAA-38. See Oleic acid NAA-40, NAA-41. See Caprylic alcohol NAA-42. See Lauryl alcohol NAA-43. See Myristyl alcohol NAA-44. See Cetyl alcohol NAA-45, NAA-46. See Stearyl alcohol NAA-48. See Cetearyl alcohol NAA-60. See Caproic acid NAA-82. See Caprylic acid NAA-102. See Capric acid NAA-122. See Laurie acid NAA-142. See Myristic acid NAA-160, NAA-171. See Palmitic acid NAA-172, NAA-173K, NAA-174, NAA-175, NAA-175S, NAA-176, NAA-180. See Stearic acid NAA-222, NAA-222S. See Behenic acid NAA-312, NAA-312S, NAA-415. See Laurie acid NasATMP. See Pentasodium aminotrimethylene phosphonate... 

Nikkol SP-10. See Sorbitan palmitate Nikkol SS-10. See Sorbitan stearate Nikkol SS-15. See Sorbitan sesquistearate Nikkol SS-30. See Sorbitan tristearate Nikkol SSS. See Sodium stearyl sulfate Nikkol TAMDS-4. See PEG-4 stearamide Nikkol TCP-5. See Triceteth-5 phosphate Nikkol TDP-2. See C12-15 pareth-2 phosphate Nikkol TDP-8. See C12-15 pareth-8 phosphate Nikkol TDP-10. See Cl 2-15 pareth-10 phosphate Nikkol TEALS, Nikkol TEALS-42. See TEA-lauryl sulfate... 

Unimoll BB. See Butyl benzyl phthalate Unimoll DB. See Dibutyl phthalate Unimox CAW. See Cocamidopropylamine oxide Unimox LO. See Lauramine oxide Unimox OL. See Oleamine oxide Unimox SO. See Stearamine oxide Unimul-05. SeeOleth-5 Unimul-10. SeeOleth-10 Unimul 14. See Myristyl myristate Unimul 14E. See Myreth-3 myristate Unimul-1410. See Myreth-3 caprate Unimul-1414EW. See Myreth-3 myristate Unimul-1616. See Cetyl palmitate Unimul 1818. See Stearyl stearate Unimul-7061. See Isocetyl stearate Unimul-7115. See Tetradecyleicosyl stearate Unimul-B-1. See Ceteareth-12 Unimul-B-2. See Ceteareth-20 Unimul-B-3. See Ceteareth-30 Unimul-CTA. See Hexyl laurate Unimul-CTV. See Decyl oleate Unimul-G. See Octyidodecanol Unimul-G-16. See Isocetyl alcohol Unimul-G-32/36. See Tetradecyleicosanol Unimul-HE. See PEG-7 glyceryl cocoate Unimul ISN. See Cetearyl isononanoate Unimul LAM-TGI. See Polyglyceryl-3 diisostearate... 

Sorbitan laurate Sorbitan palmitate Stearyl alcohol... 

Poloxamer 338 Poloxamer 407 Polyethylene Polyethylene, oxidized PPG-26 PPG-24 butyl ether PPG-33 butyl ether PPG-40 butyl ether Propylene glycol soyate Rosin Silica Sodium laurate Sodium oleate Sodium palmitate Sodium tallow sulfate Stearyl alcohol Tall oil acid Tallow acid Trideceth-3 Trideceth-4 Trideceth-5 Trideceth-6 Trideceth-7 Trideceth-8 Trideceth-9... 

Isopropyl myristopalmitate Octyl palmitate PEG-20 evening primrose glycerides PPG-27 glyceryl ether PPG-5-laureth-5 PPG-2 myristyl ether propionate Propylene glycol dipelargonate Stearyl stearate Tetradecyleicosanol emollient, bath oils blooming Myreth-3 myristate emollient, bath preps. 

Sodium oleth-7 phosphate Sodium oleth-8 phosphate Sodium oleth sulfate Sodium oleyl sulfate Sodium olivate Sodium palmate Sodium palmitate Sodium peanutate Sodium PEG-3 lauramide carboxylate Sodium phthalate stearyl amide Sodium ricinoleate Sodium stearate Sodium steareth-4 phosphate... 

Steareth-100 Steareth-5 stearate Stearic acid Stearyl alcohol Stearyl octanoate Sucrose dilaurate Sucrose distearate Sucrose laurate Sucrose myristate Sucrose oleate Sucrose palmitate Sucrose polylaurate Sucrose polylinoleate Sucrose polyoleate Sucrose polystearate... 

TEA-palmitate TEA-PEG-3 cocamide sulfate TEA-polyphosphate TEA-stearate TEA-tallate Tetrasodium dicarboxyethyl stearyl sulfosuccinamate TIPA-lauryl sulfate TIPA-stearate Tragacanth (Astragalus gummifer) gum Triarachidin... 

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