Factory Supply Creatine HCL Powder CAS 17050-09-8 Raw Materials

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Product details

Uses and synthesis of Creatine HCL Powder

Creatine HCL Raw Materials belongs to nutraceuticals, used as fatigue recovery agent, widely used in food, beverage, additives.Creatine HCL Powder is used as fatigue recovery agent, widely used in food, beverage additives.

Creatine HCL CAS 17050-09-8 is white crystalline powder. Amount of hydrochloric acid (HCl): weigh the product about 0.3g, add 50ml of newly boiled cold water to dissolve, add 2-3 drops of phenolphthalein indicator solution, titrate with sodium hydroxide titrant (0.1mol/L) until the solution shows pink color, every 1ml sodium hydroxide titrant (0.1mol/L) is equivalent to 3.646mg of HCl, the amount of HCl shall not be less than 21.0%.

Applications / Functions of Creatine HCL Powder

(I) Creatine HCL CAS 17050-09-8 can make up for the defects of natural food and equalize its nutrition.

There is hardly any natural food that can satisfy all the nutritional needs of human body. Due to the dietary habits of the people in different countries, the variety of food harvested in different regions, and the limitations of production and living standards, it is seldom possible to include all the nutrients in the daily diet, and certain nutritional deficiencies are often found. According to nutritional surveys, there is a general lack of vitamin B2, a lack of vitamin B1 in areas where refined white rice and refined white flour are consumed, a lack of fruits and vegetables, and a lack of iodine in the interior of the country. If these problems can be solved through nutritional fortification in local basic diets, the occurrence of these problems can be reduced and prevented.

(ii) Creatine HCL Powder can make up for the loss of nutrients and maintain the natural nutritional properties of food.

Food in the processing, storage and transportation will often lose some nutrients. Such as refined white flour in vitamin B1 has lost a large proportion of the same raw materials, due to different processing methods, the loss of nutrients is also different. In actual production, we should try to minimize the loss of food in the process.

Food fortification mainly includes vitamins, minerals and amino acids. In addition, it also includes natural foods and their products used for nutritional fortification, such as soy protein, bone meal, fish meal, wheat bran and so on. Minerals, such as calcium, iron, zinc, selenium, magnesium, potassium, sodium, copper, etc.; vitamins, such as vitamin A, vitamin D, vitamin E, vitamin C, B vitamins, folic acid, biotin, etc.; amino acids, such as taurine, lysine, etc.; other nutrients, such as docosahexaenoic acid (DHA), dietary fiber, lecithin and so on.

Creatine HCL Raw Materials is used as fatigue recovery agent, widely used in food and beverage additives.

Creatine HCL Powder properties and stability

Creatine HCL Raw Materials is white crystalline powder. Amount of hydrochloric acid (HCl): weigh the product about 0.3g, add 50ml of newly boiled cold water to dissolve, add 2-3 drops of phenolphthalein indicator solution, titrate with sodium hydroxide titrant (0.1mol/L) until the solution shows pink color, every 1ml of sodium hydroxide titrant (0.1mol/L) is equivalent to 3.646mg of HCl, and the amount of HCl shall not be less than 21.0%.

Production method of Creatine HCL Powder

The current production method of Creatine HCL Raw Materials.

One is the method disclosed in CN101407478A for the preparation of Creatine HCL Raw Materials by combining 1. Creatine aqueous and 30% hydrochloric acid
Creatine HCL Powder is produced by reacting creatine monohydrate with 30% hydrochloric acid at a temperature of 25C~40C, filtering, concentrating, crystallizing, separating, rinsing with ethanol, and drying.
Secondly
CN102391 156A disclosed by CN102391 156A with creatine monohydrate as the raw material, the use of alum chloride at a temperature of 25C ~ 35C, the acid decomposition of salt, the filtration of the acid decomposition solution, and the drying of the Creatine HCL Powder.
The acid solution was filtered, concentrated by distillation under reduced pressure, crystallized, washed under solvent extraction, and dried to obtain Creatine HCL Powder.
Thirdly, as disclosed in US201 10034421A, hydrogen chloride and creatine monohydrate in an organic solvent in the presence of catalysts (R- C0-C1 ) such as
Creatine HCL CAS 17050-09-8 was synthesized in the presence of acetyl chloride at 30~40C.

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