Sodium glycinate, also known as sodium glycinate. CAS No. : 6000-44-8, Molecular formula: NH2CH2COONa, EINECS No. : 227-842-3. Solid sodium glycine is white or light yellow crystalline powder. Hygroscopic and soluble in water. Boiling point 240.9℃; Flash point: 99.5℃; Molecular weight: 97.7. Use of product Used for synthesis of organic products, industrial detergent intermediates and biochemical research.1. Storage and transportation of sodium glycine (6000-44-8) : sealed storage, stored in a cool ventilated dry place. 2. Safety notice: Avoid long time contact, clean thoroughly after use. The high bioavailability of zinc amino acids may be due to the fact that the intramolecular charge tends to be neutral after zinc forms chelates with amino acids, which can maintain good stability in the digestive tract. It is less affected by other inorganic ions or antagonists, and is not easy to combine with other substances to form insoluble compounds or be adsorbated on insoluble colloid. Two hypotheses of amino acid chelate absorption also explain the possible reasons for the higher biological availability of amino acid zinc than inorganic zinc. It can better promote the production performance, immune and antioxidant capacity of animals. With the continuous development of feed industry, related policies, zinc element as a professional additives, its product structure and technical content will be fundamentally changed. Although in a certain period of time, feed additives still coexist with various forms of inorganic zinc, organic acid zinc and amino acid zinc, from the perspective of saving resources and protecting the environment, the amount of inorganic zinc in feed will gradually decrease, while the market space of zinc amino acid, which is safe, efficient and has high biological potency, will be increasingly large, and is expected to become the leading product in the future market of trace element zinc. And reduce the price of organic zinc can have a broader application prospect.1. Storage and transportation of sodium glycine (6000-44-8) : sealed storage, stored in a cool ventilated dry place. 2. Safety notice: Avoid long time contact, clean thoroughly after use. The high bioavailability of zinc amino acids may be due to the fact that the intramolecular charge tends to be neutral after zinc forms chelates with amino acids, which can maintain good stability in the digestive tract. It is less affected by other inorganic ions or antagonists, and is not easy to combine with other substances to form insoluble compounds or be adsorbated on insoluble colloid. Two hypotheses of amino acid chelate absorption also explain the possible reasons for the higher biological availability of amino acid zinc than inorganic zinc. It can better promote the production performance, immune and antioxidant capacity of animals. With the continuous development of feed industry, related policies, zinc element as a professional additives, its product structure and technical content will be fundamentally changed. Although in a certain period of time, feed additives still coexist with various forms of inorganic zinc, organic acid zinc and amino acid zinc, from the perspective of saving resources and protecting the environment, the amount of inorganic zinc in feed will gradually decrease, while the market space of zinc amino acid, which is safe, efficient and has high biological potency, will be increasingly large, and is expected to become the leading product in the future market of trace element zinc. And reduce the price of organic zinc can have a broader application prospect. Zinc Glycinate [Molecular Formula] C4H8ZnN2O4 [Molecular Weight]213.51 [Quality Standard] Feed grade Zinc glycinate Send Inquiry Product Details [Appearance]White crystalline or crystalline powder image004  image006 [Character] Dehydration was carried out at 130 C and decomposition at 228 C. It is insoluble in hydrocarbons, ethers and ketones, slightly soluble in ethanol and water. [Molecular Formula] C4H8ZnN2O4 [Molecular Weight]213.51 [Quality Standard] Feed grade Zinc glycine [Benefits ] Zinc glycine can improve immunity, provide animal production performance, and has no toxic side effects. Compared with inorganic trace elements, glycine zinc has advantages of high bioavailability, fast absorption speed and good chemical stability.