Tetrabasic zinc chloride (TBZC) has less heavy metal contamination than other Zn sources such as zinc sulfate (ZnSO4) and ZnO. Diet supplemented with TBZC has low oxidation risk during storage due to the low hygroscopic capacity of TBZC. The relative Zn bioavailability in TBZC is one to two times higher …
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 …
