Product Details:
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Place of Origin: | CHINA |
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Brand Name: | NEW-NUTRI |
Certification: | OMRI |
Model Number: | AMINO ACID |
Payment & Shipping Terms:
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Minimum Order Quantity: | 1MT |
Packaging Details: | 25KGS Kraft Paper Bag |
Delivery Time: | 7-10 Work Days |
Payment Terms: | T/T, L/C, D/P, Western Union |
Supply Ability: | 1000MTs Per Week |
Detail Information |
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Classification: | Organic Fertilizer | Type: | Water Soluble Fertilizer |
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Source: | Animal | Release Type: | Quick |
Total Amino Acid: | 35% | Free Amino Acid: | 30% |
Nitrogen: | 17% | Moisture: | 3% |
Application: | Agriculture/Feed | ||
High Light: | 35% Amino Acid Nitrogen Organic Fertilizer,powder 17% nitrogen fertilizer for plants,35% Amino Acid nitrogen fertilizer for plants |
Product Description
Powder Form 35% Amino Acid Nitrogen Organic Fertilizer , 17 Types Amino Acids , 17% Nitrogen
Why choose Animal Source 35% Amino Acid Organic Fertilizer?
Proteins are the building blocks of all plant life.As the basic unit of protein, amino acid is itself a "protein supplement fertilizer" with high quality.
Although plants can synthesize all kinds of amino acids they need, they are affected by bad weather, diseases and insect pests, phytotoxicity and other adversities. The synthesis of some amino acids is restricted or their synthetic functions are weakened.
It is necessary to adjust the plant to achieve various physiological balances through the supplement of external sources of amino acid from the roots or leaves, and to promote the optimal growth of the plant.
Which one is better? Plant source amino acid and Animal source amino acid?
Before answering this question,i will ask you a question,which food is the best food for your nutritional needs. so the answer is obvious.The amino acid composition ratio of different sources is different,so they have differnt physiological function effect on plant,so we say amino acid of different sources is neither good nor evil.
Specification
Rank |
Total Amino Acid |
Total Nitrogen | Water Solubility | Appearance | PH | Source |
1 | 35% | 17% | 100% | Light Yellow Powder | 5-6 | Animal |
2 | 45% | 17% | Animal | |||
3 | 50% | 16% | Soybean | |||
4 | 50%(CL FREE) | 16% | Soybean | |||
4 | 55% | 16% | Animal | |||
5 | 60% | 15% | Soybean | |||
6 | 70% | 15% | Soybean | |||
7 | 80% | 13.5% | Soybean |
Effects of different amino acids(17 types)
Aspartate: Improve seed germination, protein synthesis, and provide nitrogen for growth during stressful periods
Threonine: Improve tolerance and insect pests and diseases, and improve the humification process;
Serine: Participate in cell tissue differentiation and promote germination;
Glutamate: Reduce nitrate content in crops; increase seed germination, promote leaf photosynthesis, and increase chlorophyll bio synthesis
Glycine: has a unique effect on the photosynthesis of crops, is beneficial for crop growth, increases the sugar content of crops, and is a natural metal chelator
Alanine:increases the synthesis of chlorophyll, regulates the opening of stomata, and has a protective effect against bacteria
Cysteine: contains amino acid to maintain cell function and as an antioxidant sulfur
Valine: Increase seed germination rate and improve crop flavor.
Methionine: the precursor of plant endogenous hormones ethylene and polyamine synthesis;
Isoleucine and Leucine: Improve resistance to salt stress, increase pollen vigor and germination, and aromatic precursor substances;
Tyrosine: increase drought tolerance and improve pollen germination;
Phenylalanine: promote the synthesis of lignin, the precursor substance of anthocyanin synthesis;
Lysine: enhance chlorophyll synthesis and increase drought tolerance;
Histidine: It regulates the opening of stomata and provides the precursor of carbon skeleton hormone, the catalytic enzyme for cytokinin synthesis;
Arginine:enhances root development, is the precursor of plant endogenous hormone polyamine synthesis, and improves crop resistance to salt stress
Tryptophan: the precursor of the endogenous hormone auxin indole acetic acid synthesis, which improves the synthesis of aromatic compounds
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