Cosmetics

L-ascorbic acid 2-phosphate is a long-acting vitamin C derivative C It can stimulate the expression and formation of collagen. L-ascorbic acid 2-phosphate can be used as a culture medium to supplement the osteogenic differentiation of human adipose stem cells (hASCs). L-ascorbic acid 2-phosphate increased alkaline phosphatase (ALP) activity and runx2a expression in Hasc during osteoblast differentiation.

This product is used as flocculant for sludge regulation in urban sewage, industrial sewage and wastewater treatment system. It is especially suitable for dehydration of suspended organic sludge and biodegradable sludge such as raw sewage or processing sewage, food processing wastewater, fermentation wastewater, and clarification of various types of industrial wastewater. This product can be used as retention aid in papermaking industry and dewatering of wastewater sludge containing fiber. It is used to treat various mineral slurries in mining and mineral processing. It is also used for oil-water separation, crude oil dehydration and oily wastewater treatment in oil fields and refineries. It is also widely used in daily chemical industry and textile industry.

Theanine is a characteristic amino acid in tea, which is synthesized by glutamic acid and ethylamine under the action of theanine synthetase in the root of tea plant. It is an important substance to form the taste of tea, which is mainly manifested as fresh and sweet, and is the main component of tea. 26 kinds of amino acids (6 kinds of non protein amino acids) were identified in tea, which generally accounted for 1% ~ 5% of the dry weight of tea, and theanine accounted for more than 50% of the total free amino acids in tea. As the most abundant characteristic non protein amino acid in tea, theanine is safe, non-toxic and has many biological activities, such as antioxidation, immune regulation, anti-aging, antagonizing cell excitotoxicity caused by excessive glutamate. At the same time, L-theanine, as an alkyl amine, can be activated γ- T immune cells promote cell proliferation and cytokine secretion, enhance the ability to resist tumor cells, reduce the infection of external microorganisms, and reduce the risk of cold and influenza.

Formaldehyde is an important organic raw material, which is mainly used in plastic industry (such as phenolic resin, urea formaldehyde plastic electric jade), synthetic fiber (such as synthetic vinylon polyvinyl formal), leather industry, medicine, dyes, etc. Formalin has the ability of sterilization and antisepsis. It can soak biological samples. Its dilute solution (0.1-0.5%) can be used to soak seeds and disinfect seeds in agriculture. Catalytic oxidation is commonly used in industry to produce formaldehyde from methanol. Formaldehyde can react with silver ammonia solution to produce silver mirror, so that a thin layer of metallic silver as bright as a mirror is attached to the inner wall of the test tube (combined silver is reduced and formaldehyde is oxidized); It reacts with the newly prepared copper hydroxide suspension to form red precipitated cuprous oxide.

Lactic acid is a versatile organic acid that can be used in brewing, medicine, leather, cigarettes, chemicals, food, printing and dyeing. The distribution of lactic acid in Japan is roughly 20% for brewing, 50% for food, 10% for lactic acid derivatives, and 20% for industrial use such as leather. The distribution of uses in our country is also roughly the same. 1. Brewing industry The brewing industry uses about 80% lactic acid. Adding lactic acid can prevent the reproduction of miscellaneous bacteria, promote the development of yeast, prevent the turbidity of the wine and enhance the flavor of the wine, and can also increase the yield of the wine. 2. Food industry The food industry generally uses 50% lactic acid. Mainly used in lactic acid drinks, refreshing drinks, cakes, pickles and sour agents. Lactic acid can make foods slightly acidic without concealing the natural flavor and aroma of fruits and steamed vegetables. Therefore, it is widely used in canned foods such as tomatoes, olives, pickles, and sour cabbage. Kefir beverages made with lactic acid bacteria are also very popular. 3. Pharmaceutical industry Lactic acid can be directly formulated into medicine or made into lactate for use. Oral administration can be used for intestinal disinfection. It can also dissolve protein and keratin, and is particularly sensitive to the corrosion of diseased tissues, so it can be used to treat throat tuberculosis, diphtheria, lupus and other diseases. In addition, it is also used for bactericidal treatment: grouting agent, coating agent, bladder injection, and vaginal cleansing agent. Use the hydrophilic characteristics of lactic acid to combine with insoluble drugs to increase the absorption of drugs and prevent side effects. Lactic acid is also a raw material for making erythromycin icing, so it is widely used in the pharmaceutical industry. 4. Leather industry Generally, the content of lactic acid used in leather is 40%. It has low requirements for the quality of lactic acid. It can be used in dark and odorous. The leather industry mainly uses it to remove lime from tanning, also called deliming. The quality of the leather after deliming with lactic acid is better than other acids. The deashing quality is good, and high-grade leather must be treated with lactic acid. In the production of cigarettes, lactic acid can be used to remove impurities in tobacco and remove the bitter and spicy taste. Therefore, lactic acid treatment can improve the grade of low-grade tobacco. Lactic acid is used as a pH control agent in the production of celluloid coatings; it is used in the wool spinning industry for pre-chromium dyeing of dyes to reduce the chromate content of wool and prevent fiber oxidation; in the post-treatment of silk and rayon, it is used as a pH adjustment It is used for brightening treatment to increase the color of yarn. Pure lactic acid is tasteless, and the product has a slightly similar aroma of cool milk. When the concentration is appropriate, it has a pleasant sour taste. When lactic acid is used as a raw material, it is mostly used as an ingredient in dairy product flavors such as butter, cool milk, butter hard candy, milk, and cheese. The main derivative of lactic acid: calcium stearoyl is used as a food additive. Adding 0.3%-0.5% calcium stearoyl lactate to flour can make bread leaver, increase its volume by 30%-40%, and delay aging. When sodium lactate is used as a flavoring agent, it is used in the production of casein plastic whitener, antifreeze, moisturizer and medicine. Calcium lactate can be used as a nutritional supplement. Ferrous lactate is used for food fortification and medical treatment of iron deficiency anemia. Lactate esters, including methyl ester, ethyl ester, butyl ester, etc. are used as solvents, flavoring agents, etc. Lactic acid, its sodium salt, calcium salt and other derivatives are non-toxic and are safe food additives. Stearoyl lactate is used in emulsifiers and baked foods; sodium lactate is used for intravenous injection; synthetic lactic acid is used instead of natural fermented lactic acid in cheese and other dairy products to acidify and coagulate milk or cream. These three uses have doubled the production of lactic acid in the United States. With the development of the food industry, there is a huge potential market for lactic acid.