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Amino acid chelated zinc liquid fertilizer is a zinc-containing plant nutrition product
Organic Liquid zinc fertilizer plant nutrition
Product Feature of Liquid amino acid chelated zinc fertilizer:
- Boost the plants’ growth;
- Strengthen the plant’s immune system;
- Accelerate the plants’ growth and balance the health;
- Improve plants’ nitrogen uptake efficiency;
- Synergistic Effects of Amino Acids and Zinc.
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Amino acid liquid zinc fertilizer description
What is zinc amino acid chelate fertilizer used for?
Amino acid chelated zinc liquid fertilizer is a zinc-containing plant nutrition product. Its special feature is that zinc is combined with amino acids in a chelated state. This structure can improve the stability and absorption efficiency of zinc. After application, amino acid chelated zinc can be more easily absorbed by plant roots or leaves and quickly enter the plant body to play a role.
Amino acid chelated zinc fertilizer can promote plant growth.
Zinc is a key trace element required by plants. It participates in enzyme reactions and protein synthesis, especially promoting plant cell division and nucleic acid metabolism, and can effectively promote the normal growth of plants, thus promoting the overall development of plants.
Liquid zinc amino acid chelate fertilizer can improve the absorption rate of trace elements.
Since zinc is combined with amino acids in a chelated state, plants can more easily absorb chelated zinc ions, especially when the soil pH is high or low. This form of zinc is more stable and less susceptible to the influence of the soil environment.
Amino acid chelate zinc fertilizer can enhance the stress resistance of plants.
Amino acid chelated zinc can significantly enhance the stress resistance of plants and improve their resistance to adverse environments such as drought, cold, and high temperature. This is because zinc can help plants regulate the activity of multiple enzymes in the body, strengthen the immune system of plants, help plants better cope with various stresses, and thus improve the survival ability of plants in adversity.
Amino acid chelated zinc fertilizer can improve nitrogen absorption and utilization.
The combination of zinc and amino acids can promote the absorption and utilization of nitrogen by plants and improve the efficiency of plant nutrient absorption. Nitrogen is the main element for plant growth, and amino acid chelated zinc helps to improve the utilization rate of nitrogen fertilizer, thereby improving the overall health of plants.
Liquid amino acid zinc chelated fertilizer Data Sheet
Product description
| Product Name | Liquid Amino acid chelated Zinc Fertilizer 10% for Plants |
| Category | Organic Fertilizer, agriculture fertilizer |
| Type | Soluble Amino Acid Fertilizer Liquid |
| Effects | 1. Provides essential zinc nutrition; 2. Improve enzyme activity; 3. Enhance protein synthesis; 4. Promote chlorophyll synthesis; 5. Improve pollen vitality and pollination effectiveness |
| Shape | Light Blue Liquid |
| Content | Organic Zinc (Zn)≥10%; Zn: 100g/L; Poly Amino acids≥30%; amino acid: 200g/L; Highly active peptide≥10%; Cl–:0; S-2 (SO4-2) :0; Na+ :0; |
| PH | 7-8 |
| Application | Agriculture, Foliar Spray |
| Place of origin | China |
| Certificate | ISO, OMRI |
Payment & Shipment Terms
| Minimum Order Quantity | Negotiation |
| Packaging Details | 200L/Drum |
| Delivery time | 7 days |
| Payment Terms | L/C, TT |
| Supplier ability | 1000TONS/Month |
| Price | Negotiation |
Liquid amino acid chelated zinc fertilizer Applications
Application areas for Zinc liquid amino acid chelated fertilizer:
Zinc amino acid liquid fertilizer is suitable for a variety of crops, especially those with high zinc demand or zinc sensitivity. The following are some of the main crops suitable for the application of zinc amino acid liquid fertilizer:
1. Cereal crops (such as wheat, rice, corn, barley): Cereal crops have a high demand for zinc. Zinc amino acid fertilizer can improve the disease resistance and yield of crops, while improving the fullness and quality of grains, and reducing physiological diseases such as “wheat white tip disease” caused by zinc deficiency.
2. Fruit trees (such as apples, citrus, grapes, peaches): Fruit trees are more sensitive to zinc. Supplementing zinc amino acid fertilizer can promote the flowering and fruiting of fruit trees, improve fruit quality and sugar content, and enhance the disease resistance of fruit trees. Especially for citrus fruit trees, zinc supplementation has a significant effect on fruit development and quality improvement.
3. Vegetable crops (such as tomatoes, peppers, eggplants, cucumbers, carrots): Vegetables grow rapidly and have a relatively large demand for zinc. Zinc amino acid fertilizer can promote the growth and photosynthesis of vegetables, improve leaf color and fruit shape, and increase yield and nutritional value.
4. Legumes (such as soybeans, peanuts, and peas): Legumes are sensitive to zinc. Zinc deficiency will affect the growth of rhizobia, thereby affecting the nitrogen fixation ability of crops. The application of zinc amino acid fertilizers can help legumes form healthy rhizobia and improve nitrogen fixation efficiency.
5. Root crops (such as potatoes, sweet potatoes, carrots, and radishes): Root crops require a large amount of zinc to promote cell division and root development during their growth. Zinc amino acid fertilizers can promote root and stem expansion, increase yield, and improve commerciality.
6. Leafy vegetables (such as spinach, lettuce, and celery): Leafy vegetables have high requirements for photosynthesis efficiency. The application of zinc amino acid fertilizers can promote chlorophyll synthesis, improve leaf color, and increase the yield and quality of leafy vegetables.
7. Oil crops (such as rapeseed, cotton, and sunflowers): These crops have a high demand for zinc. Zinc amino acid fertilizers can promote oil synthesis, improve oil quality, and increase oil production.
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