Oleamide Powder CAS 301-02-0

Erucamide is a greater fatty acid amide, one of the essential derivatives of erucic acid, which is refined from vegetable oil. It is a waxy solid without peculiar scent, insoluble in water, and also has certain solubility in natural fluxes such as ketones, esters, alcohols, ethers, and also benzenes. Due to the lengthy unsaturated C22 chain as well as polar amine group in the molecular framework, it has exceptional surface polarity, high melting point and great thermal stability, which can be commonly utilized in place of various other comparable ingredients. Plastics, rubber, printing, machinery as well as various other industries. As a processing help for plastics such as polyethylene and polypropylene, it not just protects against the items from sticking as well as raises lubricity, however additionally enhances the thermoplasticity and warm resistance of plastics, and also the products are safe. It has been permitted to be made use of in food abroad. in the packaging material. Blending erucamide into rubber can enhance the gloss, tensile toughness as well as prolongation of rubber items, boost vulcanization velocity as well as wear resistance, specifically stop sun fracturing. Including it in ink can enhance the bond, scrape resistance, balance out resistance and color solubility of printing ink. In addition, erucamide can also be made use of as a surface coating for glossy paper, a safety film for metals, as well as a foam stabilizer for cleaning agents.

Today, the usual kinds of lubricating substances in China are amides (Oleamide Powder as well as erucic acid amide), soaps (calcium stearate, etc) and also silicones (silicone). Organosilicon is liquid, it is inconvenient to include as well as make use of, and also it is pricey. There is no expert maker in China, so it is challenging to popularize as well as apply. Although soap items are cheap, the result is not perfect, and also the quantity of addition is large, so they can basically not be used in medium as well as premium products. Oleic acid amide and erucic acid amide are 2 type of lubricating substances, with moderate cost, noticeable impact, very little enhancement (0.05% to 0.3%), safe (accredited by FDA), large range of use, and also wide application prospects.

Including 0.05% to 0.3% oleic acid amide to the low thickness polyethylene film product can not only boost the antistatic and lubricating buildings, however additionally enhance the dampness resistance, can considerably reduce the friction coefficient and bond resistance, and also significantly boost the blown movie (extrusion). It can successfully prevent bond between films and cluster in between pellets, and can raise the smoothness of the surface of the movie, protect against the build-up of dirt externally of the product, as well as produce an extremely smooth plastic item.

Include Oleamide Powder (0.05%) to polyolefin cable material and also all-plastic interaction cable material, the friction aspect can be reduced from 0.70 to 0.16, as well as its coloring residential property and also dispersibility such as carbon black can be changed at the same time, so as to recognize cord bit dimension. The product is extruded at broadband to enhance the level of smoothness of the internal wall of the cable sheath.

Adding 2-5 oleic acid amide to polyamide plastic ink can boost printing efficiency and also ink lubricity, boost water resistance, boost scrape resistance, as well as anti-fouling (fouling triggered by wet ink), Use resistance. In addition, it can likewise improve the complementary advancement and also bond of the ink externally of the printed issue, to ensure that the imprint is clear and also the shade is brilliant.

Oleamide: The fatty acid oleamide in the cardiovascular system (cis-9,10-octadecenoamide), a primary fatty acid amide found in the cerebrospinal fluid of sleep-deprived cats, has multiple roles that make it a potential signaling molecule, Although these effects have not yet been found in the cardiovascular system. The synthetic pathway may involve the synthesis of oleoylglycine followed by conversion to oleamide by peptidylglycine alpha-amidating monooxygenase (PAM); oleamide is broken down by fatty acid amide hydrolase (FAAH). Oleamide interacts with voltage-gated Na(+) channels and allosterically with GABA(A) and 5-HT(7) receptors and has cannabinoid-like effects. The latter is thought to be due to potentiating the effects of endocannabinoids such as anandamide by inhibiting FAAH-mediated hydrolysis. Amide signaling molecule?