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Fatty acids esters

Esters belong to the group of organic chemical compounds. They are formed as a result of acid condensation with alcohols or phenols.

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Chemax PEG-400DO Chemax polyethylene glycol fatty acid diesters are used as emulsifiers in lubricants, softener, and defoamer formulations. These products are used in the agricultural,...
Composition
Fatty acids esters
CAS No.
9005-07-6
Chemax PEG-400DO
Chemax PEG-600DT Chemax polyethylene glycol fatty acid diesters are used as emulsifiers in lubricants, softener, and defoamer formulations. These products are used in the agricultural,...
Composition
Fatty acids esters
CAS No.
61791-01-3
Chemax PEG-600DT
Chemax PEG-600DT(S) Chemax polyethylene glycol fatty acid diesters are used as emulsifiers in lubricants, softener, and defoamer formulations. These products are used in the agricultural,...
Composition
Fatty acids esters
CAS No.
61791-01-3
Chemax PEG-600DT(S)
Chemax PETO Chemax PETO is high molecular weight ester that exhibits good hydrolytic stability. This ester can be used in hydraulic oils, gear oils and motor oils.
Composition
Fatty acids esters
CAS No.
19321-40-5
Chemax PETO
Chemstat® 1880 Chemstat®1880 was developed for use in polyolefin systems needing effective antistatic protection and may be used in direct food contact situations. Chemstat®1880...
Composition
Fatty acids esters
Chemstat® 1880
Chemstat® 1890 Chemstat® 1890 was developed for use in polyolefin systems needing effective antistatic protection and may be used in indirect food contact situations. Chemstat®...
Composition
Fatty acids esters
Chemstat® 1890
Chemstat® 1900 Chemstat® 1900 was developed as an antistat and antifog for a variety of high glass transition temperature polymers including PET. Chemstat®® 1900 may be used at...
Composition
Fatty acids esters
Chemstat® 1900
Chemstat® G-118/42K Chemstat®G-118/42K is used as an internal lubricants in polyolefins (LDPE, LLDPE, HDPE, and PP). Chemstat®G-118/42K has US-Food and Drug Administration (US-FDA)...
Composition
Fatty acids esters
CAS No.
67701-33-1
Chemstat® G-118/42K
Chemstat® G-118/9501 Chemstat® G-118/9501 is a distilled, (96% minimum monoester content) glycerol monostearate derived from fully hydrogenated vegetable oil. Chemstat® G-118/9501 is...
Composition
Fatty acids esters, Glycerides
CAS No.
68990-53-4
Chemstat® G-118/9501
Chemstat® G-118/GTS Chemstat®G-118/GTS is a Glycerol Tristearate and is primarily used as a lubricants in polystyrene applications. Chemstat®G-118/GTS is generally recognized as safe...
Composition
Fatty acids esters
CAS No.
555-43-1
Chemstat® G-118/GTS
Chemstat® HTSA #218/VIT Chemstat ®HTSA#218/VIT was developed as an anti-stat for polypropylene film applications.All components are, approved under US-Food and Drug Administration (US-FDA)...
Composition
Fatty acids esters
Chemstat® HTSA #218/VIT
Chemstat® HTSA #54 Chemstat®HTSA#54 was developed as a lubricants for various polymer compounds. Recommended use level of 0.80 - 1.20% for most polymers. At higher use levels clarity...
Composition
Fatty acids esters
CAS No.
115-83-3
Chemstat® HTSA #54
Chemstat® SE-20 Chemstat®SE-20 was developed as an external antistat for use with thermoplastics. Chemstat®SE-20 is listed under 21CFR 178.3400 Recommended Use Level: 2 - 5% in...
Composition
Fatty acids esters
Chemstat® SE-20
Chemstat® G-118/52K Chemstat®G-118/52K is a glycerol monostearate with 52% minimum alpha-monoester content. Chemstat®G-118/52K is used as an antistat agents, internal mold release agents,...
Composition
Fatty acids esters
CAS No.
67701-33-1
Chemstat® G-118/52K
Maxlube 200 Maxlube 200 is used in synthetic and semi-synthetic lubricantsand coolants, drawing compounds, can drawing compounds, water based hydraulic fluids, textile fiber...
Composition
Fatty acids esters
Maxlube 200
Maxlube MV Maxlube MV is recommended as a general purpose lubricants in metal working fluids. It is soluble in oil and easily emulsified. Improves the wetting characteristics...
Composition
Fatty acids esters
Maxlube MV
Maxomer® LUBE-FES Maxomer® Lube FES performs as a photo degradation agents in Polyolefins and has US-Food and Drug Administration (US-FDA) approval at 21 C.F.R.§175.300 .
Composition
Fatty acids esters
Maxomer® LUBE-FES
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Esters belong to the group of organic chemical compounds. They are formed as a result of acid condensation with alcohols or phenols. Both inorganic and carboxylic acids are used in this process. Fatty acid esters form a particular group within this category of compounds. As a result of their reaction with glycerine, fats can be produced. They are one of the most common types of esters.

The fatty acids used to produce esters have different lengths of the carbon chain. Depending on the number of bonds, these acids can be classified as saturated, monounsaturated and polyunsaturated. Common fatty acids include omega-3 and omega-9 acids, as well as linoleic acid. They are important nutrients for the human body, which is why esters based on these compounds are found in food, medicines and cosmetics.

Fatty acid esters also find use in the manufacturing of lubricants, plastics, engine fuel ingredients and other materials, as well as detergents.