Zinc methionine sulfate
Zinc methionine sulfate, identified by CAS number 56329-42-1, is a specialized organometallic coordination complex where the essential trace element zinc is chemically bonded to the sulfur-containing amino acid methionine. This chelated structure is designed to enhance the stability and metabolic availability of the mineral compared to traditional inorganic salts. In its physical form, it typically appears as a fine, off-white to yellowish powder that exhibits good solubility and compatibility with various matrix components. As a raw material, it is highly valued for its role in providing a more efficient pathway for zinc absorption in biological systems, minimizing antagonistic interactions with other minerals. From a handling perspective, the material should be managed according to standard industrial hygiene practices, ensuring it is kept in a dry, well-ventilated environment to maintain its chemical integrity. Its consistent quality and defined stoichiometry make it a reliable component for manufacturers seeking high-performance mineral sources for specialized formulations and research applications.
• Used extensively as a nutritional additive in livestock and poultry feed formulations to address zinc deficiencies. The chelated form ensures that the zinc remains protected through the digestive tract, leading to improved bioavailability and better physiological outcomes such as enhanced growth rates, improved immune function, and better hoof or skin health in various species.
• Utilized in the development of specialized fertilizers and foliar sprays designed to correct micronutrient imbalances in crops. By providing zinc in a complexed form, it reduces the risk of the mineral becoming locked in the soil or reacting with other components, thereby facilitating more effective uptake by plant tissues and supporting enzymatic activities essential for plant development.
• Serves as a reagent or precursor in biochemical research focusing on mineral metabolism and enzyme activation. In industrial contexts, it may be employed in processes requiring a stabilized source of zinc where traditional salts might cause unwanted precipitation or side reactions, ensuring controlled delivery of the metal ion within specific chemical environments or manufacturing stages.
Product Name: Zinc methionine sulfate
For global customers, we provide complete technical documentation to support product evaluation, regulatory compliance and safe handling during transportation and application.