Definition: Acrylate is a highly reactive alkali metal salt, also known as sodium hydride. It is a highly reactive alkali metal compound that is used for the manufacture of polymers. The chemical formula is NaHCO3. Acrylate has been used in various industries such as pharmaceuticals, electronics, and the production of paint. The acrylate molecule consists of an unreactive hydroxyl group (-OH) attached to a hydroxy acid (e.g., sodium or calcium) which is bonded to a carbonyl (e.g. CH3COCH3). The hydroxyl group acts as a terminal hydroxyl and the carbon monoxide group forms a carboxylic acid that is covalently bound to it. The acrylate molecule can form many different types of cross-linking products, including dimers, octadecamers, tetramers, and pentamers. It can also undergo various reactions such as hydrolysis, chlorination, and polymerization, depending on the type of acrylate used.

acrylate

Definition: Acrylates are a class of highly functional esters, which are typically characterized by their ability to donate a functional group to a hydrolysis catalyst, such as an amine, in order to form acyls (oxygenated hydroxylation products) and other functionalities. The first word "acrylates" is derived from the Latin root "acry" meaning "to break," which has been interpreted as referring to the breaking of a chemical bond between two carbon atoms. The word itself can be translated into English as "to break down." Here's a detailed definition for acrylates: Acrylates are high functional esters that possess the ability to donate a functional group to a hydrolysis catalyst, such as an amine. The first step in the acylation process involves forming a bridge between two carbon atoms with different substituents. This bridge is called a "bridge" in acrylate terminology. The functional groups on these bridges are known as "acrylates." Once the acrylates have been formed, they can be further transformed into other functionalities such as alkyl esters or alkoxy esters by adding water to the bridge. The word "acrylates" is commonly used in organic chemistry and polymer chemistry for referring to functional groups that are present on hydrolysis catalysts and their functional derivatives.

acrylates