China Amino Acids Fertilizer Manufacturers Suppliers

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We are a supplier and manufacturer in China, we are committed to developing high-quality standards for our products, services, and customer support. We spend a large part of our annual budget on research and development of new products. We specialize in producing Compound Amino Acid Fertilizer, Plant Source Amino Acids, Bulk L-Phenylalanine, Bulk L-Tryptophan, Bulk L-Glutamate, Bulk L-Proline, and other Amino Acids Fertilizer.

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What are Amino Acids Fertilizer

Amino acid fertilizers are obtained, with high enantiomeric purity in their L-α-amino biologically active form, by enzymatic protein hydrolysis. Amino acids are readily absorbed, transported, and utilized as a source of nitrogen and carbon for plants. These play multiple roles in N uptake and assimilation, plant signaling, C:N metabolism in the plant, stimulating plant metabolism immediately, and can increase microbial biomass, soil respiration and soil fertility. Although primarily serving as nutrients for the plant, specific amino acids can play additional roles as biostimulants. If you want to know the specifications and prices of Amino Acids Fertilizer, please contact us!

What are the Advantages of Amino Acid Fertilizer

01.Amino Acids Help Photosynthesis

Amino acids provide many different benefits to plant health, beginning with the process of photosynthesis. Without proper photosynthesis, plants will not grow. This process relies on the production of chlorophyll, which needs to absorb energy from the sun. Amino acids will help in the production of chlorophyll, which leads to quality photosynthesis.

02.Amino Acids Help Increase Nutrient Absorption

Plant leaves consist of stomata, which are small pores that help plants absorb gas and nutrients. When there is no light and low humidity, the stomata will close to help to reduce photosynthesis and absorption of nutrients. When the sky however is clear and sunny, and the humidity is higher, the stomata will then open. This will help plants to get the proper nutrition from rain, sunlight, and soil.
With sufficient concentration of amino acids in the soil, L-glutamic acid is a type of amino acid that protects stomata cells with a microscope. This encourages the leaves to remain open, allowing the plants to absorb more nutrients.

03.Amino Acids Reduce Stress-Related Problems

The plant is able to withstand stress, such as from high temperatures, low humidity, and other serious problems. Amino acids help to fight stress and help plants to recover quickly and to maintain denser growth.

04.Amino Acids Support Plant Hormones

Amino acids also support the growth of plant hormones, which is called phytohormone. The Phytohormones control the development of healthy plants by supporting tissues and cells. Almost all stages of plant growth are involved in hormonal control. The use of amino acids with soil can promote production phytohormones without having to use separate supplements.

05.Amino acids help improve microbial activity

Protein is important for all living cells, including microbial cells that support healthy soil. L-methionine, one of the amino acids, can help increase the health of microbial cells, promote better microbial activity. One of the main roles of microbes is to help circulate nutrients, including carbon, nitrogen, phosphorus, and sulfur. The activities of healthy microbes control these components. Without microbial activity, most fertilizer is not effective. Microbes help convert organic compounds into inorganic forms, such as changing proteins from amino acids to carbon dioxide and ammonium. In general, microbes decompose compounds so that plants can absorb nutrients. Adding amino acids to the soil will improve this process.

06.Amino Acids are a Source of Nitrogen

Adding amino acids to the soil can help increase nitrogen content by limiting the need for fertilizer with a high nutrient concentration. Plants can pick up amino acids from the soil to receive organic nitrogen. Amino acids are found naturally in the soil can provide protein with nitrogen. However, to get nitrogen, Plants must first digest proteins, which must have microbial activity in the soil. Amino acids help improve microbial activity. Soil supplementation with this substance can help the entire nitrogen cycle.

07.Amino Acids Increase Calcium Absorption

Chelating substances such as amino acids will help increase the absorption of nutrients. After plants absorb minerals, the rest will be decomposed into dissolved organic nitrogen or used directly as an amino acid. Chelaing will have effects to help with plant health from increased calcium absorption, making plants to have more calcium and to help strengthen the vascular system, strong nutrients conveyor system. Plants will be able to absorb more water and nutrients. This calcium increase may help prevent pests and diseases. When plants are weak, there will be water in the cells which attracts the growth of mold and insects. With healthy plants, there will be more pectin in the cell wall. Thicker cell walls are less likely to be attacked. Increased calcium absorption also helps prevent pests. When these problems occur, plants release calcium and produce defenses that help repel insects.

Type of Amino Acid Fertilizer

Glycine:

Which is the simplest amino acid and only has a hydrogen atom as its side chain. Due to its simple structure, glycine can easily penetrate plant tissue and is a good source of plant-available nitrogen.

Tryptophan:

Which is a precursor to indole acetic acid (iaa), a plant growth hormone that stimulates lateral root growth. Iaa and iba are the natural analogue to the synthetic plant hormone 1-naphthaleneacetic acid (naa), which is commonly found in rooting hormones.

Glutamate:

Which is a precursor to the synthesis of several other amino acids and is involved in different metabolic pathways, so the addition of glutamate has the potential to increase the abundance of several amino acids .

Proline:

Which has been shown to enhance stress tolerance and is correlated with increased plant growth and yield.

How to Identify if it's Necessary to Use Amino Acid Fertilizer?

People can crush protein food through teeth. Then enter the intestines and stomach. Decompose protein into polypeptide, oligopeptide, small peptide, free amino acid and so on. However, plants do not have these decomposition functions. It can only supplement the leaves or roots after artificial decomposition.
Although plants can synthesize all kinds of amino acids, but affected by adverse climate, diseases and insect pests, drug damage and other stresses. The synthesis of some amino acids is limited or the synthetic function is weakened. So it is necessary to regulate the plant to achieve various physiological balance through the amino acid addition of exogenous roots or leaves. To promote plant growth to the best state, which is also the purpose of our use of amino acid biostimulant.
The common sources plant amino acids are soybean, wheat, oats, corn and so on. Animal amino acid sources are wide, animal hair (feathers, bristles, etc.), silkworm pupae, animal blood, viscera, bones, low-value fish and so on can be hydrolyzed into available amino acids.

How to Choose Amino Acid Fertilizer

Appearance and Liquidity
Some amino acid powder has black impurity, that is during the process of spray powder, the powder in the corner of the spray tower will be carbonized. But this will often occur in a low-quality product.
Enzymolysis amino acid 80% powder which contains more than 13% amino acid nitrogen, this powder appearance is brown light yellow with good liquidity and less even no impurity.

Organic Nitrogen
Nitrogen includes organic nitrogen and inorganic nitrogen, amino acid nitrogen is totally organic nitrogen, it can be absorbed by plants very well. Some amino acid product uses urea to improve nitrogen content, but this nitrogen cannot be absorbed very well by plants. This is also why some product price is higher than others.

Bacteria
In the final step of Amino acid powder manufacturing, it is under 280 degree in 3 to 5 second, no Salmonella and other bacteria.

testing method
Here we have America labs testing result by Ferti technology, different testing machine in different testing ways, the amino acid content is different.

Content
Is it total nitrogen or amino acid organic nitrogen?
Some amino acid product contains inorganic nitrogen, such as urea nitrogen, this inorganic nitrogen cannot be absorbed very well for plants, especially amino acid fertilizer mainly for foliar fertilizer. The quality enzymolysis amino acid powder has no "（NH4+，NH3）N+" "（NO3-）N+" and urea.

Amino acid content
Amino acid content includes free amino acid and small peptide. In the Hydrolysis manufacturing method, higher content contains a higher free amino acid, like amino acid 70% powder, it contains more than 70% free amino acid. In Enzymolysis manufacturing method, amino acid keeps well in small peptide, the organic matter will be more than 90% -95%.
Because of different testing ways in a different machine, amino acid content will be different, some product in the market content will be lower than named. For example, amino acid 50%, maybe it only contains 43% amino acid. What we named amino acid 40%, the content of amino acid is more than 40%.

Chloride Content
Some plants are sensitive about Chloride, such as tobacco and fruit. Too much Chloride will have he possible to make the leaf have black spot and not good for fruit flavor.
On hydrolysis amino acid powder, H2SO4 hydrolysis amino acid powder has no Chloridition which is more suitable for sensitive plants.
Enzymolysis amino acid powder manufacturing process is soft with no strong acid and alkali, it keeps more amino acid in the small peptide. It nearly has no Chloridition in it.

Production of amino acid Fertilizer
To satisfy manufacturing needs, there are different types of amino acid suitable for different fertilizer formulation. For example, one is good for formulating with trace elements, one is good for formulating with NPK, Humic acid, seaweed fertilizer.

Amino Acid Fertilizer for Plants.
Amino acid fertilizer contains 18 kinds of L- amino acid, they are Aspartate Threonine Serine Glutamic acid Glycine Alanine Cystine Valine Methionine Isoleucine Leucine Tyrosine Phenylalanine Lysine Histidine Arginine Proline Tryptophan.
Some plants are sensitive to Glycine, such as nut tree, for example, Pistachio, fruit tree in the garden such as strawberry. Some plants are sensitive to Chloride, such as tobacco.
Here we have different formulation special for different plants, for example, banana, pineapple, and kiwi fruit fertilizer -Amino acid chelated Ca+ B + Zn + Mg.

Amino Acid Fertilizer Price
Soybean amino acid fertilizer cost is higher than the animal source amino acid foliar fertilizer.
Enzymolysis manufacturer method is totally organic, the cost is much higher than the hydrolysis manufacturer method. Chloride content will influence the price of amino acid.

Application of Amino Acid Fertilizer

Improve the Soil
Promote the formation of soil aggregates: Soil aggregates are the basic unit of soil structure. The use of amino acids can change the physical and chemical properties of soils with high salt content, excessive alkalinity, high soil particle dispersion and poor soil structure, and promote the formation of soil aggregates. After application of amino acids, soil bulk density decreases significantly, soil total porosity and The corresponding increase in water holding capacity will help to improve the ability of soil to retain water and retain fertilizer, thus creating favorable conditions for plant root growth and development.

Effects of Soil Microflora and Enzyme Activity
Soil microbes are one of the important reasons for the composition of soil, which is important for the transformation of soil organic and inorganic matter, the circulation of nutrients, and the formation of enzymes, which are essential for the life activities of plants. . Amino acids can promote the activities of soil microorganisms, increase the number of soil microorganisms, and enhance the activity of soil enzymes. A large number of research data at home and abroad have confirmed that the application of amino acids can increase the number of aerobic bacteria, actinomycetes, and fiber-decomposing bacteria. It is beneficial to accelerate the mineralization of organic matter and promote the release of nutrients.
Amino acid has synergistic effect on chemical fertilizers With the rapid development of chemical industry, the production and application of chemical fertilizers continue to increase. The application of chemical fertilizers has undoubtedly played an important role in the development of agricultural production, but with the increase in chemical fertilizer application, The problems of increased investment costs and reduced fertilizer utilization are also gradually reflected. According to the monitoring of the Ministry of Agriculture, the average utilization rates of nitrogen, phosphorus and potassium in wheat in China are 32%, 19% and 44%, respectively. The average utilization rates of nitrogen, phosphorus and potassium in corn are 32%, 25% and 43% respectively. . How to improve the utilization rate of fertilizer has become a research topic that the world attaches great importance to. There are many ways to increase the utilization rate of chemical fertilizers. At present, the most effective way is to add amino acids, enhance the chemical activities and biological activities such as compounding, adsorption, chelation, and microbial reproduction to effectively improve the utilization rate of chemical fertilizers.

Synergistic Effect on Nitrogen Fertilizer
Urea, ammonium bicarbonate and other small nitrogen fertilizers have strong volatility and low utilization rate. Farmers generally believe that they are "violent, fierce and short", and after mixing with amino acids, they can increase absorption and utilization by 20-40% (carbonamine release). The nitrogen is absorbed by the crop for more than 20 days, and can be mixed with amino acids for more than 60 days). There are also many aspects of the influence of amino acids on the potential nitrogen in the soil. The stimulation of amino acids increases the soil microbial epidemic, which leads to the accelerated rate of organic nitrogen mineralization. The amino acid has a higher exchange rate of salt and can reduce nitrogen. The loss of volatilization also increases the content of soil available nitrogen.

Synergistic Effect on Phosphate Fertilizer
Without adding amino acids, the vertical movement distance of phosphorus in the soil is 3~4cm, and after adding amino acid, it can be increased to 6~8cm, nearly doubled, which is beneficial to the absorption of crop roots. The amino acid has obvious effect on the decomposition of phosphate rock, and The protective effect of available phosphorus and the reduction of soil on the fixation of available phosphorus and the promotion of phosphorus uptake by crop roots, and the increase in the utilization rate of phosphate fertilizer have extremely high value.

Synergistic Effect on Potassium Fertilizer
The synergistic effect of amino acids on potassium fertilizer is mainly manifested in: the acidic functional group of amino acid can absorb and store potassium ions, prevent water loss in sandy soil and leaching soil, and prevent the fixation of potassium in sticky soil. Potassium silicate, potassium feldspar and other minerals have a dissolution effect, which can slowly decompose and increase the release, thereby increasing the content of soil available potassium.

Synergistic Effect on Micro-Fertilizer
In addition to nitrogen, phosphorus and potassium, crops require calcium, silicon, magnesium, boron, manganese, copper, zinc, molybdenum and other medium and trace elements, which are components of various enzymes in crops. It has a very important influence on promoting crop growth and development, improving disease resistance, increasing yield and improving quality. Sometimes it is not the lack of trace elements in the soil, but the amount of effective part that can be absorbed by plants is too small. The application of amino acids can chelate with difficult-to-capacity trace elements to form amino acid trace element chelate which is easily absorbed by crops, which is beneficial for absorption and promotes the transfer of absorbed trace elements from root to aboveground. This effect is not available in inorganic trace element fertilizers. 2019 high-quality amino acid agriculture, choose Binhai Chemical Advertising Binhai Chemical specializing in the production of amino acid agriculture, amino acid raw powder, amino acid agriculture, amino acid aquatic products, etc. View details > Find amino acid raw powder for agricultural use, on Alibaba advertising amino acid raw powder for agricultural use from raw materials , production, processing a range of services. Find Alibaba, the world's leading procurement wholesale platform.

Effect of Amino Acids on Growth And Development of Crops
The amino acid contains a variety of functional groups, and the activated amino acid becomes a highly effective biological active substance, which has a stimulating effect on crop growth and physiological metabolism in the body. The activated amino acid-efficient bioactive substance is soaked, soaked, rooted, sprayed at a certain concentration. Wine, watering, and base fertilizer have obvious stimulating effects on various crops. The comprehensive performance in the promotion of root development has a good impact on crop yield and quality.

Effect of Amino Acids on Crop Development

● Early germination, high emergence rate Application of amino acid humic acid can accelerate seed germination and increase emergence rate, especially in early spring and low temperature (generally germination 1 to 3 days earlier, seedling rate increased by 10 to 30%).

● The root system is developed and the absorption is strong. Amino acids have a special promoting effect on the root development of crops. Many agricultural scientists call amino acids "root fertilizers", and the effects on roots are mainly manifested in stimulating the division and growth of root meristem cells. The seedlings are rooted faster, the secondary roots are increased, the roots are increased, and the roots are elongated, which ultimately leads to a greatly enhanced ability of the crop to absorb water and nutrients.

● Effects on the growth of above-ground vegetative bodies On the basis of sufficient nutrient supply, the stimulation of amino acids can make the above-ground vegetative growth of plants more vigorous, which is manifested in plant height, stem diameter, number of leaves and accumulation of dry matter.

● Effects on yield and composition factors Amino acids have different yields and components for different crops. They have an effect on yielding crops, spikes, grains, and 1000-grain weight. In the early stage, they have good effects on tillering and reducing openness.

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Frequently Asked Questions

Q: What does amino acid do to soil?

A: Foliar application of amino acids improves nitrogen uptake efficiency from the soil and reduces nitrogen leaching, according to studies on the absorption and assimilation of various types of nitrogen, such as nitrates and ammonium (Souri, 2016; Shafeek et al., 2018; Liu et al., 2008).

Q: Which amino acid is used for agriculture?

A: The amino acids responsible for chlorophyll synthesis are Alanine, Arginine and Glycine. For the development of the root or to delay the senescence there are the Arginine and the Methionine. If we want to achieve a chelating effect on the soil and a better development of shoots and leaves we will use the Glycine.

Q: Is amino acid fertilizer good for plants?

A: Amino acids help increase nutrient absorption. This will help plants to get the proper nutrition from rain, sunlight, and soil. With sufficient concentration of amino acids in the soil, L-glutamic acid is a type of amino acid that protects stomata cells with a microscope.

Q: Do plants like amino acids?

A: Amino acids serve as a key mobilizable source of nitrogen in plants, and their transport across cell membranes is necessary not only for uptake from soil but also for long-distance transport from points of synthesis or uptake through the phloem to various developing tissues.

Q: What is the best source of amino acids for plants?

A: Soybeans contain the highest level of the amino acid glycine found in plants. Glycine is the smallest amino acid and because of its small size it penetrates plant tissues easily. This quality makes glycine an ideal chelating agent, which we will talk about in a minute.

Q: What is the best amino acid for plant growth?

A: Glycine and Glutamic Acid are essential metabolites in the formation of vegetable tissue and the synthesis of chlorophyll. These Amino Acids aid in increasing chlorophyll concentration in the plant, resulting in greater photosynthesis. This results in lush green crops.

Q: Which amino acids do plants need?

A: Nine essential amino acids biosynthesis leading to lysine (Lys), methionine (Met),threonine (Thr), phenylalanine (Phe), tryptophan (Trp), valine (Val), isoleucine (Ile), leucine (Leu), and histidine (His) in plants.

Q: Do roots absorb amino acids?

A: It is well established that plant roots take up nitrogen compounds of low molecular mass, including ammonium, nitrate, and amino acids.

Q: Can plants absorb amino acids from soil?

A: Plant can directly take up the intact amino acids, thus bypass the microbial mineralization of organic nitrogen. As an excellent carbon and nitrogen source, there exists competition for amino acid absorption between plant roots. and soil microorganisms.

Q: Are amino acids plant growth regulators?

A: A large variety of growth regulators are derived from amino acids including ethylene, auxin, melatonin, serotonin, nitric oxide, and polyamine. Various studies have shown interaction between these growth regulators for the growth and tolerance of plants to environmental stress.

Q: Can you foliar feed with amino acids?

A: Leaf surface fertilization with liquid fertilizer produced from amino acids constitutes a potentially important source of nitrogen and is important for plant production.

Q: What amino acid do plants lack?

A: Plant proteins have a reduced content of essential amino acids in comparison to animal proteins. A significant reduction of limiting amino acids (methionine, lysine, tryptophan) means lower protein synthesis.

Q: Do plants use all 20 amino acids?

A: In contrast to humans and animals, plants synthesize all twenty-one proteinogenic amino acids themselves . Amino acid biosynthesis in plants. The carbon skeletons of amino acids are derived from different intermediates of the central carbon metabolism.

Q: What are the benefits of amino acids in fertilizer?

A: The plant is able to withstand stress, such as from high temperatures, low humidity, and other serious problems. Amino acids help to fight stress and help plants to recover quickly and to maintain denser growth.

Q: What are the benefits of amino acids for plants?

A: Amino acids play many roles in plants, including acting as signal molecules, regulating root and shoot architecture, and regulating flowering time and stress defense. N is transported primarily in the form of amino acids in most plants.

As one of the leading amino acids fertilizer manufacturers and suppliers in China, we warmly welcome you to buy or wholesale cheap amino acids fertilizer from our factory. All our products are with high quality and competitive price.

Bulk L Phenylalanine, Plant Source Amino Acids, Plant Biostimulants