Desc：With the development of modern industry, food additives have become an indispensable part of life. Sodium pyrophosphate/TSPP is also one of the food additives.

Desc：What is the soul of the modern food industry? Food additive. Without food additives, there may be no rapid development of the modern food industry. Seeing here, do you think it is another unscrupulous business? This is not the case, and now you can see a lot of information about the health risks of food additives through various news channels. What is the relationship between food additives and food? Today, let's take a look at the truth and misunderstanding of sodium hexametaphosphate/SHMP in food additives.

Desc：As the saying goes, in order to promote and guide the "antibiotic free" breeding of livestock and poultry, and vigorously promote the practical "antibiotic free" breeding technology mode, how to avoid the occurrence and prevention of diseases in the breeding process of poultry and livestock, and what additives can be used instead of antibiotics? All of these are very important. Therefore, potassium diformate feed grade, the feed additive, can replace the use of antibiotics and play an important role in the development of animal husbandry.

Desc：Sodium pyrophosphate usually exists in two forms, decahydrate and anhydrous. When you buy tetrasodium pyrophosphate/TSPP, you have to distinguish what kind of sodium pyrophosphate you need from sodium pyrophosphate decahydrate. Tetrasodium pyrophosphate is more widely used. Food grade sodium pyrophosphate is a common legal food additive in food, while industrial grade sodium pyrophosphate/TSPP is widely used in water treatment, printing and dyeing, washing and other industries.

Desc：In the laundry industry, Technical grade sodium hexametaphosphate/SHMP is used to dispose soft water for laundry, and the water quality is neutral. Washing clothes in soft water can increase the ability of decontamination and make them cleaner and brighter.

Desc：Drilling fluid is an indispensable and important part of oil drilling engineering. On the one hand, it is related to safe, fast and high quality drilling, on the other hand, it is related to reservoir protection. The effects of potassium formate on drilling fluid can be summarized as follows: protecting borehole wall, balancing formation earth pressure, cooling and lubricating drilling tools, providing bottom hole power, hydraulic rock breaking and returning bottom hole samples. But can potassium formate oil drilling fluid meet the six major trends of oil and gas exploration?