The manufacturer of Calcium chloride production line will show you: What is calcium chloride

Calcium chloride production line manufacturers tell you that calcium chloride (commonly known as chlorolime) is a calcium salt composed of chlorine and calcium. Its chemical formula is CaCl2 and its molecular weight is 111. The Calcium chloride production line manufacturer tells you that it is non-toxic and non-toxic at room temperature. Stinky, slightly bitter white powder or hard fragments, highly hygroscopic, easily soluble in water, used in refrigeration equipment, salt water, building antifreeze, road ice and snow removal, moisture absorption and drying, food chelation, injection and biological There are very important functions and effects in the fields of science.

The manufacturer of Calcium chloride production line tells you that the physical properties of calcium chloride are colorless cubic crystals, white or off-white granular, honeycomb block, spherical, irregular granular, powdery, non-toxic, odorless, and slightly bitter taste. . It is highly hygroscopic and easily deliquescent when exposed to the air; it is soluble in alcohol, acetone, and acetic acid; it is easily soluble in water and emits a lot of heat at the same time, and its aqueous solution is slightly alkaline.
Calcium chloride production line manufacturers tell you that calcium chloride is easily soluble in water, so it can be used as a source of calcium ions in the solution. This property allows it to be used to replace certain specific ions in the solution.
The manufacturer of Calcium chloride production line tells you that calcium chloride solution can induce actin monomers to polymerize, and the critical concentration of actin monomers to polymerize is inversely related to the concentration of calcium chloride solution. The specific mechanism by which actin is induced to polymerize is related to the binding of calcium ions to multiple specific parts of the protein. The manufacturer of Calcium chloride production line tells you that calcium chloride hexahydrate is heated to 200°C to lose water and becomes dihydrate. Continue heating until it is completely dehydrated at 260°C to produce white porous calcium chloride. The heating process is accompanied by a little hydrolysis reaction, so anhydrous calcium chloride often contains a small amount of calcium oxide.