Formic acid, also known as ant ink, is the simplest type of acid among the large group of carboxylic acids. This chemical is made naturally from insect bites such as ants and bees. In recent decades, with the advancement of science and sciences such as chemistry, scientists have been able to synthes

Formic acid is one of the basic raw materials of organic chemical, often used for chemicals, rubber coagulator and textile, printing and dyeing, electroplating, leather, pharmaceutical and other industries.1. AgricultureThe preservation of silage and grain, can be used for storage, storage agent, an

Formic acid is an important component of preservatives and pesticides for agricultural elements such as livestock, hay and beehives. It is a colourless liquid that is easily recognized by its pungent and penetrating odor. Formic acid is toxic in nature and exposure to it should be avoided at all cos

Formic acid is the simplest carboxylic acid. Its discovery in the distillation products of ants is usually attributed to English scientist John Gray in 1671. Formic acid is also a major byproduct of acetic acid manufacture.Formic acid has a wide range of uses: in leather tanning, as a decalcifier and cleaning product, as a chemical reducing agent, as a preservative in animal feeds, and for manufacturing its salts and esters.

ApplicationsFormic acid, commonly known as formic acid, is the simplest organic carboxylic acid. Compared with other organic acids, its molecules contain both carboxyl and aldehyde groups. Therefore, formic acid has the properties of both acid and aldehyde. As an important chemical raw material, for

1.Background and OverviewFormic acid is the simplest organic acid, a small amount of which exists in ants and bees, so it is also called "formic acid". The molecular formula is HCOOH. It is a colorless, transparent and irritating liquid, which is easily soluble in water, alcohol and ether. With stro

Calculated chemical data of formic acidReference value for hydrophobic parameter calculation (xlogp): - 0.2Number of hydrogen bond donors: 1.

Laboratory method Oxalic acid was heated in anhydrous glycerol and steam distilled. Or hydrolyze isoacetonitrile under the action of hydrochloric acid to obtain: Isoacetonitrile was prepared by the reaction of ethylamine and chloroform. (This reaction must be carried out in a fume hood because