1. Introduction
Amino acid chelated with microelement is an organic nutrient source that combines trace metal elements with amino acid chelates. It is widely used in agriculture, feed and nutrition and health care.
2. Feature
High Absorption Rate
Amino acid chelated with microelement can be directly recognized and absorbed by plant or animal cell membranes because its molecular structure has metal ions firmly wrapped by amino acids. Its absorption rate is 3 to 5 times higher than that of inorganic salts.
Strong Solubility
The product is neutral to weakly acidic, has excellent water solubility, is not easy to agglomerate, and is suitable for various solution systems; it dissolves quickly and can be completely dissolved in 20°C water within 3 minutes, reducing pipe blockage and precipitation.
High Stability
The amino acid chelated structure can stabilize metal ions, avoid precipitation or inactivation caused by pH changes, water hardness or organic acid interference, and still maintain more than 80% activity under strong alkali/strong acid.
3. Functions
Promote Growth
Amino acid chelated with microelement can significantly improve the growth efficiency of plants and animals. In plant cultivation, it can stimulate the differentiation and growth of secondary roots, and the number of secondary roots of crops increases by 20%-30% compared with the conventional fertilization group, accelerating nutrient transfer and plant growth. In aquaculture, it can participate in protein synthesis and energy metabolism in aquatic animals. Adding an appropriate amount of amino acid chelated trace elements to feed can shorten the breeding cycle by 15%-20%, reduce the feed coefficient by 0.2-0.3, and reduce the feed input per unit output.
Improve Quality
This type of chelate can improve the quality of animal and plant products in multiple dimensions. In terms of crops, it can enhance the intensity of photosynthesis, increase the accumulation of sugar in fruits by 8%-12%, and increase the content of active substances such as vitamins by 10%-15%. For example, the soluble solids content of citrus fruits increases by an average of 1.2%-1.8%. In animal husbandry, it can participate in keratin synthesis and bone mineralization, making the animal's fur more shiny and the bones stronger.
Enhance Stress Resistance
Amino acid chelated trace elements can enhance biological stress resistance. When crops encounter drought and salinity, they can regulate cell osmotic pressure and antioxidant enzyme system activity, and plant survival rate increases by 25%-30% after use. For soil with continuous cropping obstacles, it can balance the rhizosphere microecology and reduce the incidence of crop diseases by 20%-25%. In rice planting, the heavy metal enrichment in the plant body is reduced by 35%-40% after application, ensuring normal growth in adversity.
Improve The Environment
Amino acid chelated trace elements play an outstanding role in environmental remediation, and their molecular structure can form stable chelates with free heavy metal ions in the soil. After application in heavy metal contaminated soil, the content of effective lead, cadmium, mercury, etc. can be reduced by 30%-50%, and the long-term stability is good.
4. Applications recommendation
| Area | detail |
|---|---|
| Agricultural planting | foliar spray: dilute 800-1200 times , spray every 15 days from seedling stage to flowering and fruiting stage. -Drip irrigation/flushing: Add 3-5kg/Ha and apply with water to promote root absorption |
| Animal feed | A ratio of 0.1%-0.3% to improve the utilization rate of trace elements and shorten the breeding cycle by 10%-15%. |
| Industrial field | As a catalyst or metal treatment agent, the addition amount is 0.05%-0.1% of the total weight of the raw material to improve the material properties. |
| Soil remediation | 20-30 kg per Ha of saline-alkali land, mixed with organic fertilizer and then deeply turned, can reduce the EC value by 0.5-1.0 mS/cm6 for 2 consecutive years |
5. How to store
Storage Environment Temperature
Amino acid chelate trace element additives should be stored in a dry, cool environment, away from direct sunlight. The ideal storage temperature range is 15℃ to 25℃.
Avoid Contact With Moisture And Water
Our additives are sensitive to moisture and should be stored away from humid environments. High humidity can cause the product to clump, which affects its fluidity and use effect. The storage container should be kept sealed to prevent moisture from entering the air. To further reduce the impact of moisture, the humidity of the storage location should be controlled below 60%.
Sealed Packaging And Original Packaging Containers
When storing amino acid chelate trace element additives, we recommend keeping the original packaging or sealed containers to prevent air from entering. Well-sealed product packaging can effectively isolate external contaminants and prevent trace elements from reacting with oxygen, moisture, etc. in the air.
6. Application case on Apple
Irrigation 5-10kg/ha before budding to promote the growth
Foliar spray 3kg/Ha before flowering
Microelement is very important for the apple planting and amino acid can strongly increase the anti-stress ability
FAQ
Q: How do amino acid chelated with microelement improve nutrient absorption?
A: Amino acid chelates improve nutrient absorption by protecting trace elements from interactions with other compounds that may reduce their bioavailability. Amino acids act as carriers, facilitating easier passage of trace elements across cell membranes into tissues, thereby improving overall nutrient absorption.
Q: What are the main benefits of using amino acid chelated trace elements in animal feed?
A: The main benefits include increased growth rate, enhanced immune function, improved reproductive performance, and improved feed conversion. These additives also help reduce the risk of nutrient deficiencies and imbalances, resulting in healthier animals.
Q: Are amino acid chelates more effective than inorganic trace elements?
A: Yes, amino acid chelates are generally more effective than inorganic trace elements because they are more easily absorbed and utilized by the body. Unlike inorganic forms, chelated trace elements are less likely to be affected by other compounds in the digestive tract, ensuring greater bioavailability.
Q: Which trace elements are commonly chelated with amino acids?
A: Common trace elements chelated with amino acids include iron, zinc, manganese, copper, molybdenum, cobalt, and selenium. These elements are essential for a variety of biological functions, including enzyme activity, immune function, and metabolism.
Q: What is the role of amino acid chelated trace elements in plant nutrition?
A: In plant nutrition, amino acid chelates help provide plants with essential trace nutrients in a more easily absorbed form. This is particularly important in soils with a higher pH or where nutrients may be bound in a form that the plant cannot absorb.
Q: Can amino acid chelates be used in both organic and conventional farming?
A: Yes, amino acid chelates are suitable for both organic and conventional farming because they provide a more natural and efficient way to provide trace elements to crops. In organic farming, amino acid chelates may be preferred over synthetic fertilizers due to their higher absorption rate and lower environmental impact.
Q: Why are amino acid chelates more stable than other forms of trace elements?
A: Amino acid chelates are more stable because the amino acids form a strong bond with the trace elements, preventing them from interacting with other substances that could cause precipitation or reduced efficacy. This stability ensures that trace elements can be absorbed when needed.
Q: Are there any safety concerns with using amino acid chelate trace element additives?
A: Amino acid chelate trace element additives are generally considered safe when used at recommended doses. However, overuse can lead to nutritional imbalances or toxicity. It is important to follow proper usage guidelines to ensure safe and effective use.
Q: How are amino acid chelate trace element additives applied to animal feed?
A: Amino acid chelate trace element additives are usually mixed directly into animal feed or water. These additives come in a variety of forms, such as powders or concentrates, to facilitate easy incorporation into the diet. Proper formulation ensures that animals receive the right amount of trace elements for optimal health.
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