Natural Choline Chloride raw Materials Powder

CAS:67-48-1

MF:C5H14ClNO

MW:139.62

EINECS:200-655-4

Specification​: 99% min Choline Chloride Powder

Sample:Choline Chloride Powder

Packaging:1kg/bag, 25kg/drum

Brand: raw Materials

Appearance:white

Storage: Cool Dry Place

Shelf Life: 2 Years

Test Method: HPLC

Choline Chloride Powder Usage and Synthesis.

Choline chloride was first used in animal feed to promote egg production in laying hens, so it is also called egg-increasing factor. It is the most widely used choline supplement in the feed industry.

From a physiological point of view, the human body needs choline chloride to maintain normal brain function and can be used to treat Alzheimer's disease. In skin care, this ingredient is mainly used as a moisturizer, sometimes used for premenopausal women to keep mucous membranes moist.

It plays a minor role in the cosmetics industry and is mainly used in rinse products, such as shower gel, facial cleanser, soap and products for treating hair loss.

Uses of Choline Chloride.

Choline chloride can be used as a nutritional additive. Choline chloride is a plant photosynthesis promoter, which has a significant effect on increasing yields. It can be used to increase the yield of corn, sugarcane, sweet potatoes, potatoes, radishes, onions, cotton, tobacco, vegetables, grapes, mangoes, etc.

Used to treat fatty liver and cirrhosis. It is also used as a poultry feed additive to stimulate the ovaries to produce more eggs, lay more piglets, and increase the weight of poultry, livestock, fish, etc. Choline chloride is the hydrochloride of choline, which is a highly effective nutritional supplement and degreasing agent.

It can promote fat metabolism and prevent fat accumulation in the liver. As a vitamin product, it is widely used in medicines, health products and food nutrition. As a food additive, choline chloride has been favored by domestic users for its high choline content (85%) and its low price.

Mechanism of action of Choline Chloride.

Choline chloride (CC) and chlormequat (CCC) are homologues, and they have similarities, but also many differences. Chlormequat is not easily metabolized by plants, but choline chloride can be quickly used by plants in plants.

Choline chloride is absorbed by the stems, leaves, and roots of plants during plant growth, and is quickly transmitted to the active parts, which can promote leaf photosynthesis, inhibit the photorespiration of C3 plants, promote root development, and transport as many photosynthetic products as possible to underground tubers and roots, thereby significantly increasing the yield of roots and tubers and improving their quality. It can improve various physiological activities of plants, it can increase the germination rate of crop seeds, promote rooting, form strong seedlings, increase yields, and improve the quality of crops.

It can increase the composition and proportion of phosphatidylcholine in the plasma membrane, thereby affecting the structure and stability of the membrane, reducing ion leakage, adding various anti-lipid oxidation substances and scavengers of oxygen free radicals, superoxide anions and hydroxyl free radicals that are harmful to plant cells, and plays an important role in plants' resistance to stresses such as low temperature, weak light, and drought.

Product Method of Bulk Choline Chloride Powder.

(1) Continuous method for preparing choline chloride solution: trimethylamine hydrochloride and a certain amount of ethylene oxide are continuously pumped into the reactor, and the residence time of the reactants in the reactor is 1-1.5 hours. The reaction is carried out under stirring, and the product is continuously drawn out to keep the liquid level in the reactor stable. The crude choline chloride product drawn out of the reactor enters the stripping tower, and a 60-80% choline chloride liquid product is obtained from the bottom of the tower.

(2) Trimethylamine hydrochloride reacts with ethylene oxide, and then an organic acid is added to neutralize and concentrate to produce choline chloride.

(3) Chloroethanol reacts with trimethylamine to produce choline chloride.