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: | 1000 Liters |
Packaging Details: | 1L, 5L, 10L, 20L, 100L, 200L, 1000L, Flexitank |
Delivery Time: | 5-8 Work Days |
Payment Terms: | T/T, L/C, D/P, Western Union |
Supply Ability: | 500,000 Liters per Week |
Detail Information |
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Total Amino Acid: | 250g/L | Total Nitrogen: | 60g/L |
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Trace Element: | 8g/L | Appearance: | Brown Liquid |
Classify: | Nitrogen Organic Fertilizer | Other Name: | Nitrogen Fertilizer,Compound Amino Acid Liquid |
Application: | Commercial Crops That Need Nutrients | ||
High Light: | 250g/L Amino Acid Organic Fertilizer,Liquid 6 0 0 Amino Acid Organic Fertilizer,60g/L nitrogen amino acid |
Product Description
Liquid 6-0-0 Amino Acid Organic Fertilizer , Liquid Nitrogen Amino Acid , Amino Acid 25%
Specifications:
Total Amino Acids | 120g/L |
Total Nitrogen | 60g/L |
Micro-Elements | 8g/L |
pH | 4 |
Appearance | Brown Liquid |
Many plants need nitrogen fertilizer. Though soil often has nitrogen and other major nutrients, it's not always enough to support long-term, healthy plant growth. Most fertilizers contain the three main nutrients NPK and other elements, with nitrogen having a specific role in plant development. And for plants that don't need as much phosphorus and potassium as they do nitrogen, you can apply New-Nutri nitrogen amino acid fertilizer that supplies them with the nutrient they need.
Some symptoms of nitrogen deficiency (in absence or low supply) are given below :
Disease
Symptoms of nitrogen deficiencies in plants is general chlorosis of the leaves, which is when leaves turn pale green, and leaves cup upwards quite severely in deficient plants. Nitrogen deficiencies also cause leaves to remain small, and drop prematurely, resulting in less photosynthesis occurring in the plant, and fewer, smaller tubers can form for harvest. Research done by Yara International has shown that there is a direct correlation between tuber size and yield, and the amount of plant-available nitrogen in the soil. This makes it crucial that the fields have enough nitrogen in the soil to grow a prosperous crop. However, excess nitrogen in the soil can also be harmful to potato production, influencing how well the roots are able to develop, and delays can occur in tuber initiation during the tuberization stage of potato growth.
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