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Alkanoloamides

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Chemid CDM-211 Chemid CDM-211 is used primarily in cleaning, applications for foam stabilization and anti-redeposition properties.

Chemid LDA-211 Chemid LDA-211 provides lubricity and emulsification properties to metalworking and textile formulations.

Chemid TODA-100 Chemid TODA-100 is an oil soluble, water dispersible alkanolamide used in the formulation of metal working fluids and emulsion cleaners. In addition to emulsifications...

Chemstat^® HTSA #18-20M Chemstat® HTSA#18-20M is designed to modify the surface properties of LDPE and PP film. Chemstat® primary amides are used as slip and antiblock agents in polyolefins...

Chemstat^® HTSA #22-20M Chemstat®HTSA#22-20M is designed to modify the surface properties of LDPE and PP film. It also provides excellent mold release properties for a wide range of polymers....

Chemstat^® HTSA #3/BEAD Chemstat® HTSA #3/BEAD is designed for use in thermoplastics to impart improved characteristics for plastics material having process temperatures in excess of 300°C....

Chemstat^® HTSA #3B Chemstat®HTSA#3B is designed for use in most thermoplastics, to impart improved characteristics; such as slip, antiblocking, and mold release. It is designed for...

Chemstat^® LD-100 Chemstat®LD-100 is an internal antistat which is effective in film and injection molded applications. It is recommended with use in polyolefins (LDPE, HDPE and...

Chemstat^® LD-100/60DC Chemstat®LD-100/60DC is an easy-to-handle powder version of Chemstat®LD-100. This product is a permanent internal antielectrostatic agents for use in thermoplastic...

EXOstat KO (Cocamide DEA) EXOstat KO is a non-ionic surfactant belonging alkanolamides, produced from natural vegetable oils. It is used as a liquid additive and antistatic agent for plastics....

EXOstat RO (Oleamide DEA, Rapamide DEA) EXOstat RO is a non-ionic surfactant belonging to alkanolamides. This compound is an antistatic additive with very good slipping properties. It is perfect as an...

Maxomer^® LUBE-E2SA-B Maxomer® Lube-E2SA-B is an effective lubricants, mold release agents and pigment dispersant. Maxomer® Lube-E2SA-B has US-Food and Drug Administration (US-FDA) approval...

Maxomer^® LUBE-EBO Maxomer® Lube- EBO is used as a slip agents in film manufacturing, and anti-block additive and raises melt flow in Polystyrene. Maxomer® Lube-EBO has US-Food and...

Maxsperse^® 8900/100M Maxsperse® 8900/100M was developed as a dispersing agents for use in most polyolefins. It is most effective for white and black pigments. Maxsperse® 8900/100M is...

Maxsperse^® 8913 Maxsperse®8913 was developed primarily as a dispersant for organic pigments and otheadditives when compounding polyolefins. It works particularly well in carbon...

Maxsperse^® 8913/PWDR Maxsperse®8913/PWDR is a hydroxy-stearamide wax developed primarily as a dispersant for pigments and other additives when compounding polyolefins. In addition to...

ROKAmid KAD/1A (Cocamide DEA) ROKAmid KAD/1A is a non-ionic surfactant (INCI name: Cocamide DEA). The product has slightly better thickening properties compared to ROKAmid KAD. It is produced...

ROKAmid KAD (Cocamide DEA) ROKAmid KAD is a nonionic surfactant called INCI: Cocamide DEA. It is produced on the basis of natural vegetable oils. It has the form of a clear or slightly turbid...

ROKAmid RAD (Oleamide DEA, Rapamide DEA) ROKAmid RAD is a non-ionic surfactant of the alkanolamide group (INCI name: Rapamide DEA or Oleamide DEA). The product is a clear or slightly turbid liquid with...

ROKAmid KAD/2A (Cocamide DEA) ROKAmid KAD/2A is a non-ionic surfactant with the INCI name ‘Cocamide DEA’. It is based on natural vegetable oils. It has a form of a clear or slightly turbid light-yellow...

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ALKANOLAMIDES - structure and obtaining

Alkanolamides belong to the group of non-ionic surfactants. Their hydrophilic part is a mono- or diethanolamine group, while the hydrophobic part is a saturated or unsaturated carbon chain with a length of 8 to 22 carbon atoms. This group of compounds is obtained by reaction of fatty acids or their methyl esters with ethanolamines. The most popular representatives of alkanolamides are mono- and diethanolamides of coconut oil, rapeseed acid, oleic acid and lauric acid. They are in the form of light yellow to yellow liquid.

Alkanolamides belong to the group of non-ionic surfactants. Their hydrophilic part is a mono- or diethanolamine group, while the hydrophobic part is a saturated or unsaturated carbon chain with a length of 8 to 22 carbon atoms. This group of compounds is obtained by reaction of fatty acids or their methyl esters with ethanolamines. The most popular representatives of alkanolamides are mono- and diethanolamides of coconut oil, rapeseed acid, oleic acid and lauric acid. They are in the form of light yellow to yellow liquid.Properties and applications of alkanolamidesIncreasing the length of the carbon chain reduces the solubility of these compounds in water, which is why higher molecular weight alkanolamides are used in oil-based formulations (e.g., in metalworking fluids). Dietanolamides are generally more soluble in water, while monoalkanolamides are more effective in building the viscosity of the formulation. Alkanolamides in the presence of other surfactants increase the viscosity and stability of the foam, as well as reduce the irritating effect of surfactants on the skin.Alkanolamides are used as antistatic agents, softeners and as corrosion inhibitors. These compounds can be further modified by ethylene oxide, which enables obtaining their ethoxylated derivatives with high foaming capacity.

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