Product Name: | Amino Acid Microelement Chelate Cal B Liquid | Appearance: | Brown Liquid |
---|---|---|---|
Water Solubility: | 100% | Amino Acid: | 150g/L |
Ph: | 4-6 | Type: | Amino Acid |
Other Names: | Chelated Trace Elements | Source: | Plant Source |
Color: | Brown | Nitrogen: | 10% |
State: | Liquid | Application: | Foliar Spray,Organic Fertilizer,agriculture |
Highlight: | Ph5 Amino Acid Chelated Micronutrients,Amino Acid Chelated Micronutrients 65072-01-7,150g/L Amino Acid Chelate Fertilizer |
150g/L Ph4-6 Amino Acid Chelated Micronutrients Ca B Liquid Chloride Free 65072-01-7
Appearance | Deep Brown Liquid |
Amino Acid | 150g/L |
Ca | 100g/L |
B | 50g/L |
Agro amino acid chelated calcium and boron (Ca-B) liquid, with a substantial amino acid content (150g/L) along with 100g/L of calcium and 50g/L of boron, offers several advantages for agricultural applications:
Improved Nutrient Uptake: The chelation of calcium and boron with amino acids enhances nutrient uptake by plants. Amino acids act as natural chelating agents, making these essential nutrients more available for absorption, resulting in better overall plant health.
Enhanced Cell Wall Strength: Calcium is a vital component of plant cell walls. Its presence helps strengthen cell structures, making plants more resilient to various stress factors, including disease, physical damage, and environmental stressors.
Boron for Reproductive Health: Boron plays a crucial role in plant reproductive processes, such as flowering and fruiting. Adequate boron levels are essential for proper seed development, pollination, and fruit formation.
Increased Resistance to Disease: Calcium and boron contribute to improved plant defenses against diseases and pests. Amino acid chelation further enhances the effectiveness of these nutrients in warding off harmful pathogens.
Higher Crop Yields: The combined effect of improved nutrient uptake, enhanced cell wall strength, and better reproductive health often results in higher crop yields. Farmers can expect increased productivity and potentially greater profitability.
Stress Tolerance: Plants treated with amino acid chelated calcium and boron tend to exhibit greater tolerance to environmental stresses such as drought, extreme temperatures, and soil salinity. This is especially valuable in regions with challenging growing conditions.
Optimal Nutrient Balance: The balanced combination of calcium and boron in the liquid formulation ensures that these nutrients are readily available to the plant without risk of imbalances that can occur with some traditional fertilizers.
Foliar Application: The liquid form of this product makes it easy to apply through foliar spraying, allowing for rapid nutrient absorption through the leaves. This method can be particularly effective in addressing nutrient deficiencies and boosting plant health.
Improved Nutrient Mobility: Amino acid chelation enhances the mobility of calcium and boron within the plant, ensuring that these nutrients are distributed to where they are needed most, including actively growing tissues.
Environmental Sustainability: Amino acid chelated products are known for their environmental sustainability. They minimize the risk of nutrient leaching into groundwater, reducing the environmental impact of agricultural practices.
Application Methods:
a. Foliar Spray:
- Foliar application is a common method for delivering calcium and boron to the plant. It allows for rapid absorption through the leaves. Ensure even coverage of the foliage, including both the upper and lower leaf surfaces. Apply the solution when the weather is mild, and avoid spraying during extreme heat or direct sunlight to prevent leaf burn.
b. Drip Irrigation:
- You can also apply the Ca-B liquid through the irrigation system. Ensure that the solution is well-mixed and evenly distributed to reach the root zone effectively.
Recommended Dosage:
The appropriate dosage will depend on your crop type, growth stage, and specific requirements. Follow the manufacturer's recommendations or consult with an agronomist for guidance on the right dosage.
Monitor and Adjust:
Regularly monitor the progress of your crops and consider soil and plant tissue testing to evaluate nutrient levels. Adjust your application rates and timing as needed to meet the specific requirements of your crops.