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Amino Fertilizer

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Agritech Bioindustry: Your Professional Amino Fertilizer Manufacturer

 

Tianjin Agritech Bioindustry Co., Ltd. was established in Tianjin and is affiliated with the KG biotechnology group, formerly a subsidiary of the China Seaweed Science and Technology Association, integrating algae scientific research and product development. We are committed to the development of natural resources, especially new biostimulant products in the ocean. Our vision is to help our partners create stable distribution and bring more harvest and high-quality output to farmers.

 

 
Our Advantages
 
01/

Diverse Products
The company focuses on new biological products and has developed seaweed extract series, chitin extract series, organic protein extract series, chelated trace elements series, humic acid series products, etc.

02/

Advanced Production Technology
Our company is equipped with standard laboratories and advanced production and testing equipment to ensure that the chemical composition and properties of our products meet quality standards and can be effective.

03/

Global Market
Our company is exporting products to world markets and is committed to establishing long-term partnerships in branded products and formula materials, such as the EU market, Latin American market, Middle East market, Asian countries, etc.

04/

OEM/ODM Service
Our company has rich knowledge and industry experience in the planting and breeding industries. By providing OEM/ODM services, we can carry out product development and production processes according to customer needs and actively contribute to the development of agriculture.

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Amino Acid Chelated With Micro Element

 

Introduction to Amino Fertilizer

Amino acid fertilizers use plant amino acids as substrates, use their huge surface activity and adsorption and retention capacity, and add nutrients needed for plant growth and development (nitrogen, phosphorus, potassium, iron, copper, manganese, zinc, aluminum, boron, etc.), after Organic and inorganic complexes formed by complexation and complexation.

 

Types of Amino Fertilizer

 

1.Amino Acid Chelated with Zinc
Zinc Amino Acid Chelated Powder is for foliar application on plants to prevent or correct nutrient deficiency that may limit crop growth and yield. It is nontoxic to plants when applied. For best results, apply Aminofert-Zinc soluble powder as per recommendations based on plant tissue or soil analysis.

 
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Amino Acid Chelated with Iron

Amino acid chelated with iron is a form of iron fertilizer that combines iron with amino acids through a process called chelation. In this form, iron is bound to amino acids to form stable complexes, which are more easily absorbed and utilized by plants compared to non-chelated forms of iron.

 
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Amino Biostimulant Fertilizer

Amino biostimulant fertilizer is a type of fertilizer that contains amino acids as its primary active ingredient. Amino acids are organic compounds that are the building blocks of proteins and play essential roles in plant growth and development. Amino biostimulant fertilizers are designed to enhance plant health, improve nutrient uptake, and promote overall plant growth.

 
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Enzymatic Amino Acid Powder

It has a significant effect on plants for promoting growth and improving the absorption of nutrients. This powder is 100% soluble in water and can be used to prepare a formulation of the required concentration. It is used as a plant growth booster in Agriculture.

Aminoca

 

Advantages of Amino Fertilizer

 

 

Promote the Photosynthesis of Plants
Glycine in amino acids can increase the content of chlorophyll in plants, promote the absorption and utilization of carbon dioxide by crops, increase the power for photosynthesis, and make photosynthesis more vigorous.
Fast Fertilizer Effect
Amino acids in amino acid fertilizers can be directly absorbed by various organs of plants, passively absorbed or osmotically absorbed under photosynthesis, and obvious effects can be observed in a short period of time after use. At the same time, it can promote the early maturity of crops and shorten the growth cycle.
Improve Crop Quality
Amino acids have different effects on the yield and composition factors of different crops. They can increase the yield of grain crops with more spikes, more grains, and 1,000-grain weight. They have good effects on tillering and reducing the empty grain rate in the early stage. After the amino acid enters the plant body, it has a stimulating effect on the plant, which is mainly manifested in the increase of respiration intensity, photosynthesis, and the activity of various enzymes, so that the fruit can be colored and matured in advance, and high yield and output value can be achieved.
Clean and Pollution-Free, Improve the Ecological Environment
There is no residue in the fertilizer applied to the field by amino acid fertilizer, which can improve the physical and chemical properties of the soil, improve water retention and fertility, and air permeability, and play the role of conservation, maturation, and improvement of the soil.
Enhanced Metabolic Function and Improved Resistance to Stress
After being absorbed by crops, amino acids can strengthen their physiological and biochemical functions. The crop stems are strong, the leaves are thickened, the leaf area is enlarged, and the formation and accumulation of dry matter are accelerated. The crops can mature early and because of their own vitality, they can resist cold and drought, dry and hot wind, diseases and insect pests, and lodging performance, so as to achieve stable and high yield.
Developed Root System, Strong Absorption
Amino acids have a special promotion effect on the root system development of crops. Many agricultural scientists call amino acids "root fertilizer". The number of secondary roots increases, the root mass increases, and the root system elongates, which eventually leads to a greatly enhanced ability of the crop to absorb water and nutrients.

 

Application of Amino Fertilizer
Aminoca
Plantguard
Alquido
Algamino

Fruit Trees
The application of amino acid fertilizer on apple trees can increase the weight of louvers by 21–31.5g, and increase the yield per 667 square meters by 21.6%–30.8%. At the same time, it can significantly improve the quality of apples, that is, the hardness can be increased by 0.02–1.22kg/cm 2, the sugar content can be increased by 0.6%–0.84% and the anthocyanin content can also be increased.
Watermelon
Watermelon was sprayed with amino acid liquid fertilizer in the watermelon extension stage, the early stage of flowering and fruit set, and the puffing stage of watermelon, which could increase the yield of watermelon by 444.6kg/667 square meters (15.8%). The percentage of soluble solids increased by 11%, which was 11.3% higher than the control.
Wheat
The application of amino acid fertilizer on wheat not only has a certain impact on the vegetative growth of wheat, but also can increase the chlorophyll content of the leaves, enhance the photosynthetic capacity, accelerate the grain filling rate, and increase the grain weight and yield. The test showed that the combined effect of seed dressing and foliar spraying would be better, than foliar spraying, and seed dressing alone had little effect on yield.
Greenhouse Vegetables
According to the experiments on greenhouse tomatoes, cucumbers, peppers, leeks, and other vegetables, the yield of various vegetables increased by 19%–35.1% compared with the control, and the quality was improved. In addition, it can also control some fungal diseases, such as downy mildew, blight, fusarium wilt, etc. Spraying amino acid fertilizer can increase the synthesis of anthocyanin, chlorophyll, and other substances in plants, activate plant function, promote plant photosynthesis, in addition, to enhance plant nitrogen fixation, and strengthen vegetative growth to increase yield. If it is added with seed dressing, it can also promote root development and enhance the cold and drought resistance of plants.

 

Miczinc

Factors to Consider When Choosing Amino Fertilizers

Chelate Type
Chelated fertilizers can have different chelating agents, such as Amino Acids, Organic Acids, EDDHAor EDTA. The type of chelate used can affect the stability and availability of the micronutrient, so it’s important to choose a fertilizer that uses an appropriate chelate for your soil conditions and your crops.

Crop Needs

Different crops have different micronutrient requirements, meaning it is crucial to choose an appropriate fertilizer for your specific crop. For example, some crops may require more iron than others or be more sensitive to copper toxicity.

Growth Stage

The micronutrient needs of your crops may vary depending on their growth stage. For example, crops may require more iron during rapid growth periods or flowering. Be sure to choose a fertilizer that can provide micronutrients in a form that is readily available during these stages.

Soil Testing

Before choosing a chelated fertilizer, test your soil to determine which nutrients it may be deficient in. Knowing what micronutrients your soil lacks can help you find a fertilizer that contains the specific micronutrients your crops need, such as iron, zinc, manganese, or copper.

Application Method

You can apply chelated fertilizers using different methods, such as foliar sprays, soil applications, or fertigation. Different application methods affect the efficacy of the fertilizer and the availability of the micronutrients to your crops.

 

Ultimate FAQ Guide to Amino Fertilizer
 

Q: What are the advantages of Amino Acid Chelated With Micro Element?

A: These Amino chelated minerals are thought to be more digestible than nonchelated forms. These amino Chelated trace minerals are basically formed by the reaction of micro (trace) minerals (Zn, Cu, Mn, Fe, Co) or macro minerals (Mg, Ca) to an amino acid in a 1:1 molar ratio.

Q: What does amino do for plants?

A: Amino acids and their derivatives have various prominent functions in plants, such as protein synthesis, growth and development, nutrition and stress responses.

Q: What is the use of amino acid fertilizer?

A: It promotes root system growth and development, accelerates metabolism, invigorates crop growth, ensures maximum metabolic capacity of crops, and promotes the emission of lateral buds.

Q: Why do you need to use Amino Fertilizer?

A: Plants have the ability to synthesize amino acids within their own metabolism. However, external stress factors like extreme temperatures, drought, and pests can adversely affect this process. In such cases, plants’ amino acid production may become insufficient or their amino acid needs may increase.

Q: What types of Amino Fertilizer are there?

A: Amino acid supplementation is a method used to support plant development. These fertilizers can be applied directly to plant roots, their soils, or sprayed onto their leaves. They are generally divided into two main groups:
● Plant-Based: Fertilizers derived from plant waste such as soybean, corn gluten, and cottonseed cake.
● Animal-Based: Fertilizers produced from animal waste like blood meal, fish meal, and feather meal.

Q: What are the benefits of Amino Fertilizer?

A: Increasing Stress Resistance: They make plants more resilient against environmental stress factors.
Promoting Growth and Yield: They accelerate root development, optimizing the plant’s nutrient intake.
Improving Nutrient Absorption: Amino acids maintain a plant’s nutritional balance and synergize with other fertilizers to increase nutrient intake.
Hormonal Balancing Properties: Amino acid fertilizers regulate the hormonal balance in plants, supporting their growth.

Q: What precautions should be taken when using Amino Fertilizer?

A: When applying amino acid fertilizers, the type of plant, its growth phase, and environmental conditions should be considered. Also, the dosage and application instructions specified on the product label must be followed. Amino acids cannot solely meet the overall nutrient needs of plants, so they should be used in combination with other fertilizers.

Q: What are Amino Acid Liquid Fertilizers?

A: Amino acid liquid fertilizers are innovative plant nutrients with high concentrations of amino acids derived from organic sources. These fertilizers are designed to provide essential nutrients to plants in a readily available form. Amino acids play a crucial role in plant growth and development by facilitating nutrient absorption, stimulating root growth, and promoting enzyme and protein synthesis. Amino acid liquid fertilizers are often composed of a balanced blend of essential amino acids, vitamins, and minerals, which can enhance plant vigor, increase yield, improve stress tolerance, and enhance overall plant health.

Q: What are the benefits of amino acid liquid fertilizer?

A: Mixed Nutrition Effect
The combination of various amino acids in this fertilizer produces a synergistic effect, surpassing the impact of using a single amino acid as a nitrogen source. This leads to improved nutrient utilization and overall plant performance.
Fast-Acting
Unlike traditional fertilizers, the amino acid components in this liquid fertilizer can be readily absorbed by plants, resulting in rapid effects. Plants show enhanced growth, early maturity, and shortened growth cycles.
Improved Crop Quality
This fertilizer's abundant amino acids and organic matter contribute to enhanced crop quality. Vegetables exhibit better taste, reduced fiber content, and improved palatability. Flowers boast prolonged blooming periods, vibrant colors, and delightful fragrances. Melons and fruits demonstrate larger sizes, improved coloration, higher sugar content, and increased storability.
Metabolic Function and Stress Resistance
The fertilizer strengthens the physiological and biochemical functions of plants, leading to thicker stems, increased leaf area, enhanced chlorophyll production, and extended functional periods. This results in accelerated photosynthesis, earlier crop maturation, and improved resistance to stressors such as cold, drought, wind, diseases, and pests. It ultimately ensures stable and high yields.

Q: How to use amino acid liquid fertilizer?

A: Amino acid liquid fertilizer offers flexibility in its application methods, catering to different soil types and crops. When dealing with sandy soils, it can be applied as a foliar spray fertilizer or through irrigation. For irrigation, it's advisable to use a diluted concentration early in the season to allow roots ample time to absorb the nutrients. On the other hand, in clay soils, side dressing is recommended. Side dressing involves applying the fertilizer along the side of the plant rather than directly to the root zone, ensuring a slow release of nutrients to minimize the risk of nutrient burn. Additionally, amino acid fertilizer can be evenly distributed over an area as a broadcast application, commonly used in pasture or range land. These applications help promote photosynthesis, root development, nutrient uptake, and plant stress reduction. Monitoring plant growth and following recommended rates are essential for desired results.

Q: What are amino acid chelates used for?

A: Amino acid chelates offer a more efficient way to provide essential nutrients to plants. By binding metal ions like zinc, copper, Calcium, Iron, Magnesium, Manganese, Potassium, or boron to amino acids, these chelates facilitate easier nutrient absorption by the plant.

Q: What is the difference between a biostimulant and a fertilizer?

A: While Bio-Stimulants help to improve plant growth and health, fertilizers are primarily used to replenish the soil with essential nutrients that plants need to grow. If you have soil that lacks a particular nutrient, a Bio-Stimulant will contribute additional nutrients.

Q: How do amino acids improve nutrient uptake by plants?

A: Amino acids in the fertilizer act as chelators, helping to bind and transport essential nutrients into the plants more effectively.

Q: What role do amino acids play in plants?

A: Amino acids play a vital role in plant function and health. They are involved in the biosynthesis of proteins, enzymes, hormones, and other essential molecules required for proper plant growth and development. Additionally, amino acids are essential for the uptake and utilization of minerals and other nutrients, and some are involved in photosynthesis while others help to transport nutrients around the plant. Amino acids also play a role in regulating gene expression and cell signaling. Without adequate amino acids, plants would be unable to grow and thrive.

Q: Do amino acid fertilizers improve soil fertility?

A: Yes, amino acid fertilizers can help improve soil fertility by enhancing microbial activity, increasing organic matter content, and promoting nutrient availability to plants.

Q: What is biostimulants and their uses and benefits?

A: Biostimulants help protect against the effects of environmental stresses. Biostimulants can help influence a plant's response to stress and adverse changes in its environment. They can stimulate plant growth by increasing germination and root development. This allows plants to better access water and minerals.

Q: Can biostimulants replace fertilizer?

A: A key thing to note here is that biostimulants shouldn't be used as a substitute for fertilizers. Instead, those working in the sector suggest that biostimulants should be used as an addendum to fertilizers.

Q: What are biostimulants in modern agriculture?

A: Biostimulants promote sustainable agriculture by decreasing dependency on synthetic inputs like fertilizers and pesticides, mitigating environmental issues linked to conventional farming, and concurrently improving crop productivity, quality and resilience, thus supporting global food security efforts.

Q: What are chelated micronutrients?

A: Chelates are chemical compounds that contain a central metal ion bound to one or several organic molecules, or Ligands. Ligands form a ring structure around the metal ion in a way that resembles a claw surrounding an object, hence the name “chelate,” which comes from the Greek word for “claw.” The chelate ring structure provides a heightened level of stability to the complex, making it more resistant to chemical reactions capable of breaking down or precipitating the metal ion. Chelated micronutrients are essential minerals that are chemically bound to organic molecules, such as amino acids, organic acids, or peptides, to create a complex that plants can easily absorb.

Q: Are amino acid fertilizers organic?

A: Yes, most amino acid fertilizers are derived from organic sources, making them suitable for organic farming practices.

Q: What are the benefits of using chelated micronutrients?

A: Improved Absorption
Chelation protects micronutrients from binding with other minerals in the soil, making them easier for plants to absorb. Plants can easily absorb the chelate complex, making nutrient uptake more efficient.
Increased Stability
Chelated micronutrients are more stable and less likely to react with other environmental compounds, such as soil minerals. This allows micronutrients to release slowly over time.
Reduced Toxicity
Chelation can also reduce the toxicity of certain minerals, such as iron or copper, by making them less reactive.
Enhanced Plant Growth
Chelated micronutrients are commonly used in agriculture to improve plant growth and crop yields. By providing essential minerals in a more bioavailable form, chelated micronutrients can help plants grow stronger, healthier, and more resistant to pests and diseases.

Q: What are the application methods of Amino Fertilizer?

A: Foliar Spray: Amino acid fertilizers for plants can be diluted and applied as a foliar spray, which is absorbed through the leaves. This method provides a rapid nutrient boost and is particularly useful during periods of stress.
Root Drench: Applying amino acid fertilizers directly to the soil as a root drench ensures that the nutrients reach the plant's root system. This method is effective for long-term nourishment.

Q: What is the principle of Amino Fertilizer?

A: Amino acid fertilizers work by supplying plants with the fundamental components they need for growth and development. Amino acids are involved in enzymatic reactions, hormone synthesis, and protein formation – all of which are essential for optimal plant health. Amino acid fertilizers offer a holistic approach to plant care, addressing not only nutrient deficiencies but also stress resistance, root development, and reproductive success.

Q: Can amino acid fertilizers enhance plant resistance to pests and diseases?

A: Amino acids can activate the plant's immune system and enhance its resistance to diseases and pests. By enhancing the plant's own resistance, reducing the occurrence of diseases and pests, and reducing pesticide use.

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Amino 80