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— In early 1980s, Professor Wan Yao Xing had started to be involved in the research of Chelated Micronutrients when he was in Hubei Academy of Agricultural Science;
— The original target of his research was to develop Organic Micronutrients as plant nutrition to apply on a wide variety of crops, and then he successfully turned his research direction to animal nutrition;
— In late 1990s, Professor Wan Yao Xing became a member of a group to found our company to manufacture Chelated Minerals, the glycinates;
— A team of R&D formed in our company, led by Professor Wan Yao Xing, to have developed more Organic Trace Minerals including glycinates, methionine chelates and small peptide minerals.
Our Advantages to manufacture Organic Minerals for animals:
20+ years of experience on research & experiment;
5+ experts from famous universities & academy;
10+ years of experience in international sales & after-sales services;
Strategic Partnership with world-known big company.
Tribasic Copper Chloride (TBCC) is a trace mineral used for copper source to feed diet with copper content highly up to 58%. This salt is insoluble in water but dissolve quickly and easily absorbed in the intestinal tract of animals. Compared with other copper sources, TBCC has a high utilization …
Selenium Methionine Chelate is the third generation of trace mineral feed additives. It is manufactured with one metal ion bound to four methionine molecules which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic selenium to …
Chromium Methionine Chelate is the third generation of trace mineral feed additives. It is manufactured with one metal ion bound to three methionine molecules which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic chromium to …
Iron Methionine Chelate is the third generation of trace mineral feed additives. It is manufactured with one metal ion bound to one methionine molecule which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic iron to …
Iron Glycinate is the third generation of trace mineral feed additives. It is manufactured with metal ion bound to glycine molecule which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic iron to reach the target …
Manganese Methionine Chelate is the third generation of trace mineral feed additives. It is manufactured with one metal ion bound to one methionine molecule which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic manganese to …
Manganese Glycinate is the third generation of trace mineral feed additives. It is manufactured with metal ion bound to glycine molecule which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic manganese to reach the target …
Copper Methionine Chelate is the third generation of trace mineral feed additives. It is manufactured with one metal ion bound to one methionine molecule which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic copper to …
Copper Glycinate is the third generation of trace mineral feed additives. It is manufactured with metal ion bound to glycine molecule which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic copper to reach the target …
Zinc Glycinate is the third generation of trace mineral feed additives. It is manufactured with metal ion bound to glycine molecule which form ring compound with proper structure. This organic ring compound is very stable when passing the pre-intestinal volatile environment which allows the organic zinc to reach the target …
