Chelated Peptide Minerals Iron Raw Materials to Mix with Feed
Products
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Iron as a Chelated Mineral
- Importance: Iron is crucial for oxygen transport, energy metabolism, and
overall growth in animals.
- Sources: Chelated iron can be derived from various sources, often
combining iron with specific peptides to increase its
effectiveness.
Feed Materials
- Types: Chelated iron can be incorporated into various feed materials,
including:
- Complete feeds for livestock.
- Supplements for specific dietary needs.
- Premixes designed for different animal species.
Applications
- Used in poultry, swine, cattle, and aquaculture to support health,
growth, and productivity.
If you need more specific information or details on formulations,
feel free to ask!
Chelated Peptide Minerals Iron Benefits in Animal Feed
Chelated peptide minerals, including iron, are often used in animal
nutrition to improve mineral absorption and bioavailability. Here's
a brief overview:
What are Chelated Peptide Minerals?
- Definition: Chelated minerals are minerals that are bound to amino acids or
peptides, enhancing their absorption in the digestive tract.
- Benefits:
- Improved bioavailability compared to inorganic mineral sources.
- Reduced competition with other minerals for absorption.
- Enhanced stability in feed formulations.
The product is a raw material for industrial use, not a finished
product. Users must have the knowledge and appropriate tools for
using the raw material.
1. To promote the synthesis of Glutathione peroxidase, enhance the
body's antioxidant capacity,
2. protect animal health, antagonize or reduce the toxicity of
toxic substances and elements,
3. promote the development of reproductive organs and sperm cell
formation,
4. To stimulate the production of immunoglobulin and antibody to
improve the disease resistance of the organism
5. To be rich in various nutrients to promote the growth and
development of the animal and to improve the production performance
of the animal;
In poultry
Selenium amino acid chelated supplementation exerts beneficial
effects against several diseases, including coccidiosis, necrotic
enteritis and pathogenic E. coli. Indeed, Se-enriched probiotics
enhanced growth performance, antioxidant capacities, glutathione
peroxidase-1, glutathione peroxidase-4 and IFN-γ mRNA gene
expression, reduced oocysts shedding, and the cecal lesion scores
of chickens.
Ruminants
in domestic animals, Selenium deficiency will lead to
immunosuppression, make animals prone to bacterial and viral
infections, and compromise neutrophil activity, antibody
production.
1. Specification:
| appearance | Light yellow powder |
| Moisture content | ≤ 10% |
| Ash content | ≤ 10% |
| Crude protein content | ≥20% |
| Total amino acid content | ≥10% |
| Iron content | ≥20% |
| Vitamin E/(mg/kg) | ≥5 |
| Vitamin D3/(IU/kg) | ≥2000 |
2. Efficacy:
Selenium is an essential trace mineral important for the
maintenance of homeostasis in animals and. It evinces a strong
antioxidant, anti-inflammatory and potential antimicrobial
capacity.
Selenium deficiency in food animals can markedly affect productive
efficiency and health. Lower weight gains, reduced milk yield, and
reduced fertility are among the effects of Se deficiency observed
in livestock; furthermore, health problems particularly due to cell
membrane damage, resulting from peroxides and immunosuppression,
are also observed.
3. Recommended dosage:
The amount of aquatic products, livestock and poultry compound feed
added is 3%-5%.
Flexible use according to biological varieties, growth period and
other factors There were no
adverse effects
4 . Packaging and storage
4.1. 20kg/bag (Kraft bag outside and plastic bag inside).
4.2. Keep tightly closed and placed in a dry and ventilated place.
