Organic trace minerals are becoming a vital component of sustainable and efficient animal and aquaculture nutrition. These minerals—such as zinc, copper, selenium, iron, and others—are organically bound, enhancing their bioavailability and effectiveness compared to inorganic forms. Even in small quantities, they play a critical role in supporting immune function, growth, reproduction, and overall metabolic health in fish, shrimp, poultry, and livestock.
With superior absorption and utilization, organic trace minerals help improve feed conversion ratios, reduce waste excretion, and support better animal performance. Their inclusion leads to healthier animals while minimizing environmental impact by reducing mineral runoff and soil contamination. Produced through advanced chelation and fermentation technologies, our minerals meet strict quality and safety standards.
Adopting organic trace minerals reflects a smart, science-based approach to achieving high productivity with lower ecological impact—an essential step forward in responsible and future-ready farming
Iron
Iron (Fe) is a crucial mineral for the health of fish. The investigation explored the effects of two different sources of iron (organic and inorganic) and two levels (60 and 85 mg/kg) of Fe on the innate immunity, antioxidant capacity, and hematological responses of Nile tilapia.
Supplement contains concentrated cobalt. This element is necessary for all living organisms. It supports the coloring of fish and plays crucial role in the growth of some beneficial algae, bacteria and animals. Cobalt is essential for metabolic changes and is a part of vitamin B12.
Copper (Cu) is an essential trace element used in aquaculture for both nutritional and therapeutic purposes. However, because it's also toxic at higher concentrations, careful management is critical.
At correct dietary levels, copper can:
Enhance growth performance
Improve feed conversion ratios (FCR)
Boost pigmentation (e.g., in ornamental fish and shrimp).
Chromium (Cr) is a trace element that plays a role in the metabolism of aquatic animals when added in very small amounts, but its use in aquaculture must be managed carefully due to its potential toxicity, especially in its hexavalent form.
| Species | Observed Chromium Benefits |
|---|---|
| Tilapia | Improved growth, immunity, glucose tolerance |
| Carp | Better feed utilization, stress reduction |
| Shrimp | Enhanced survival, antioxidant activity |
| Catfish | Increased resistance to disease and ammonia stress |
Manganese is an essential trace mineral in aquaculture, important for the health, growth, and reproduction of aquatic animals. Like other micronutrients, it is required in small amounts but plays critical roles in metabolic and enzymatic processes.
| Species | Observed Benefits of Mn |
|---|---|
| Tilapia | Improved growth, bone development, SOD activity |
| Shrimp | Better shell formation, molting, and survival |
| Catfish | Enhanced growth and metabolic enzyme function |
| Carp | Improved feed utilization and skeletal structure |