Key Features of EDTA-Mix Microgranular

High Stability and Solubility

EDTA-Mix Microgranular is stable in pH levels from 5.5 to 7, ensuring that the micronutrients stay available and don't settle out of the solution. It's highly soluble, making it easy to dissolve and use in different applications like foliar sprays or soil treatments.

Micronutrient Delivery

The product includes essential nutrients like iron, manganese, zinc, copper, boron, and molybdenum, which are important for plant growth. The EDTA in the product helps these nutrients reach the plants effectively.

Microgranular Formulation

The microgranular form of EDTA-Mix is practical for use because it is simple to manage, store, and apply. This makes it ideal for both large agricultural operations and smaller, specific applications. The granules help in distributing nutrients evenly, which minimizes the chance of creating areas with too much concentration.

Applications of EDTA-Mix Microgranular

1. Agriculture
   EDTA-Mix Microgranular is an effective agricultural product used to correct micronutrient deficiencies in crops. It helps improve plant health, yield, and quality by providing essential nutrients like iron, which can prevent issues such as iron chlorosis. This product can be applied directly to the soil or sprayed on leaves, offering flexibility for various farming methods.
2. Environmental Remediation
   EDTA is effective in environmental cleanup because it can bind to heavy metals. EDTA-Mix Microgranular is used to remove harmful metals like lead and cadmium from polluted soils and water. This is especially important in regions impacted by industrial pollution.
3. Industrial Uses
   EDTA-Mix Microgranular is a practical chelating agent used in industrial applications. It helps remove unwanted metal ions in water treatment, controls metal ion levels in metal plating, and is used in producing high-purity chemicals.

Advantages of EDTA-Mix Microgranular

1. Enhanced Nutrient Uptake
   The chelated form of micronutrients in EDTA-Mix Microgranular ensures higher absorption rates compared to inorganic salts. This means plants can utilize the nutrients more efficiently, leading to better growth and resistance to diseases.
2. Reduced Antagonism
   EDTA’s chelating action minimizes the antagonistic effects between different micronutrients. For example, it prevents iron from reacting with phosphorus in the soil, ensuring that both nutrients remain available to the plant.
3. Versatility and Convenience
   EDTA-Mix Microgranular can be applied through various methods, including foliar sprays, soil drenches, and incorporation into fertilizers. Its microgranular form ensures even distribution and ease of use.

Conclusion