What are the main uses of 2- (trifluoromethyl) cinnamic acid?
(Triethyl methyl) calcium lactate has a wide range of uses. First, in the field of medicine, it can be used as a calcium supplement. Calcium, an essential element for the human body, is related to the development of bones and teeth, the maintenance of normal functions of nerves and muscles, etc. (triethyl methyl) calcium lactate is more soluble and well absorbed, which can relieve the lack of calcium in the human body, and is effective in preventing and treating calcium deficiency, such as rickets, osteoporosis, etc.
Second, it is also commonly used in the food industry. It can be used as a food nutrient enhancer and added to various foods, such as dairy products, beverages, pastries, etc., to increase the calcium content of food, improve its nutritional value, and meet the needs of the public for healthy food. And it has good stability in food and has little impact on food flavor and texture, so it is favored by food producers.
Third, it is also useful in the feed industry. Calcium is required for the growth of livestock and poultry. Calcium (triethylmethyl) lactate can be added to feed to promote the bone development of livestock and poultry, increase their physique, improve disease resistance and production performance, and is beneficial to the development of animal husbandry.
Fourth, it can be used in some skin care products, toothpaste and other products in the field of daily chemicals. In skin care products, it can help the skin maintain a good state; in toothpaste, it can help dental health care and can protect teeth and fix teeth.
What are the physical properties of 2- (trifluoromethyl) cinnamic acid?
(Triethyl) lactic acid, its physical properties can be described. The outer surface of this compound is often a clear and transparent liquid, with a certain fluidity. If it is the gurgling of water, it exists safely in the normal environment.
Its color is almost black, and occasionally it is slightly light, but it is all clear and clear, just like the clear air in the early morning, unstained. Smell it, the smell is very small, and it cannot be observed. If it is not discernible, it may have a light and famous smell. It is not pungent, and it is also stinky. It is like a stench.
And solubility, (triethyl) lactic acid can be miscible in water in any ratio, and the two are melted together. In the solution of alcohol, it can also have good solubility, can be rapidly dispersed, mixed uniformly, and exhibit its excellent strength of alcohol.
In terms of density, it is slightly heavier than water, placed in water, slowly sinking, but not rapidly falling, but sinking, such as stone into the water, and orderly. Its boiling is high, and the amount of phase is required to make it boil. This characteristic makes it at a high temperature, it can still maintain the stability of the liquid and is not easy to dissipate.
In addition, its viscosity is also special, not as smooth as the flow of water, nor as thick as the viscosity, between the two, there is a degree of viscosity, so that it is in the flow of the flow, a little bit of resistance, but not to the flow, there seems to be a delicate balance, existing in its physical reason.
What are the chemical properties of 2- (trifluoromethyl) cinnamic acid?
"Tiangong Kaiwu" has a saying: "Triethylbutyric acid has unique properties and all kinds of wonderful qualities." This triethylbutyric acid is colorless and transparent, clear like a spring when viewed, and has a faint fruity aroma when smelled, just like the fragrance of the first blooming flowers in spring, which is pleasant.
Its melting point is also unique, with a low melting point, just like the warm sun in winter snow, which quietly melts when heated. The boiling point is moderate, and under a specific temperature, it slowly vaporizes, just like clouds rising. Its solubility is quite good, and it can be mixed with many organic solvents, like water emulsion, which is difficult to dissolve. Whether it is the liveliness of alcohols or the stability of ethers, triethylbutyric acid can dissolve with it, showing extraordinary affinity.
In terms of chemical activity, triethylbutyric acid is like a smart dancer, dancing on the stage of chemical reactions. It can neutralize with alkalis, like the harmony of yin and yang, to generate corresponding salts. When exposed to alcohol, esterification can occur again. The ester products generated may have a charming aroma or have other uses, just like adding a brilliant touch to the chemical picture. And its stability should not be underestimated. Under normal conditions, it can maintain its own structure, like a calm guardian, not easily moved by the outside world. But in a specific catalytic environment, it can show a lively state, participate in various subtle reactions, and deduce thousands of changes in the chemical world. It is really one of the unique charms of chemical substances.
What are the synthesis methods of 2- (trifluoromethyl) cinnamic acid?
The synthesis method of (triethyl) lactic acid has been used in ancient times, and each method has its own advantages. Today, I will describe the important one.
One method is to start with lactic acid, and then use appropriate catalysis to combine the phase containing triethyl group. This reaction is a fixed environment, and the degree and force are controlled. The effect of catalysis is particularly important. Different catalysts have different rates. A good result can make the reaction benefit, and the efficiency is good.
The second method is to remove the material from the self-base, and to introduce triethyl groups in multiple steps. At the beginning, the specific substitution of the material is made, and the active group is introduced. However, with this active matrix, the triethyl source phase is reduced. This approach is complex, but every step can be controlled. If each step is operated precisely, it can also obtain triethyl (triethyl) lactic acid.
Another method is to borrow the magic of biosynthesis. Using some microbial media to use their substitutes, in the appropriate culture base, to promote the substrate to be reduced to (triethyl) lactic acid. This biological method, with high color retention and low energy consumption, is not easy to control the cultivation of microorganisms. Knowing the characteristics of microorganisms and accurately grasping the components, pH value, degree and other factors can make the synthesis profitable.
All methods have advantages and disadvantages. The efficiency of the chemical synthesis method can be low, but it may involve harmful effects, and the environment has a certain degree of resistance. The biosynthetic method is guaranteed, but the technology is slightly higher. Therefore, in order to obtain (triethyl) lactic acid, the trade-off method is used according to the required amount, the quality of the product, the cost and the guarantee requirements.
What is the price range of 2- (trifluoromethyl) cinnamic acid in the market?
Wen Jun wants to know the price of triethyl malic acid in the market. This is a fine chemical product, and its price often varies with quality, quantity, and market conditions.
Looking at the past, if its quality is high and the quantity is large, the buyer will ask for it in batches, or between hundreds of dollars per kilogram. However, if the quantity is small and the quality is average, the price may be slightly higher.
There are many people in the market, and the price varies. In busy commercial ports, where traffic is convenient and cargo flow is smooth, the price may be close to the people due to competition. And in remote places, due to the difficulty of transportation and the limitation of supply, the price may increase.
In addition, the times have changed, and the price of raw materials and the fluctuation of labor costs are all related to the price of the market. In a good year, if the raw materials are sufficient, the price may be stable and decline; if the raw materials are thin, the price will increase.
In general, the price of triethyl malic acid is about hundreds of dollars per kilogram, but the actual price should be consulted by the merchants in the market, or the platform for chemical trading can be determined.
