1.Plant nutritional supplements: Iron is one of the trace elements necessary for plant growth and development. A lack of available iron in the soil can cause iron deficiency symptoms in plants, such as yellowing of leaves. EDTA FeNa2 iron can be used as a nutritional supplement for plants, through soil application or foliar spraying, it can effectively provide the iron elements needed by plants and promote the normal growth and development of plants.

2.Foliar spray fertilizer: EDTA iron can be dissolved in water and provide iron element by foliar spray. This method can quickly and effectively supplement the iron elements needed by plants, and is especially suitable for repairing symptoms such as leaf yellowing or poor vein greening caused by iron deficiency.

3.As a metal ion chelating agent: EDTA iron can combine with some metal ions to form a chelate, which has the functions of chelating, dissolving and stabilizing metal ions. In soil, EDTA FeNa2 can chelate iron ions, increase the stability and solubility of iron in soil, and improve the utilization rate of iron.

4.Plant disease control: Iron plays an important role in plant disease resistance and immune system. Iron EDTA can enhance the disease resistance of plants, improve the resistance and immunity of plants to pathogens, thereby reducing the occurrence and spread of diseases.

NOTE: It should be emphasized that when using EDTA iron, the correct dosage and method should be followed, the application should be carried out according to the specific crop and soil conditions, and the relevant regulations and recommendations on agricultural product safety and environmental protection should be followed.

Chelated EDTA FeNa2 is a premium-quality iron micronutrient fertilizer containing 11% chelated iron, specially designed to improve plant nutrition efficiency and support healthy crop development. It is widely used in modern agriculture to prevent and correct iron deficiency in a variety of crops. Iron is an essential micronutrient that plays a key role in chlorophyll formation, photosynthesis, and overall plant metabolism. When iron is unavailable in soil, plants often develop symptoms such as leaf yellowing (chlorosis), weak growth, and reduced yield. EDTA FeNa2 provides a stable and highly available form of iron that helps eliminate these deficiency problems effectively.

This product is fully water-soluble, making it suitable for both soil application and foliar spraying. In foliar application, EDTA iron is rapidly absorbed through plant leaves, allowing quick correction of iron deficiency symptoms. It is especially effective in improving green color in leaves and restoring normal plant growth in a short period of time. For soil application, it enhances the availability of iron in alkaline and calcareous soils where iron is typically less accessible to plants.

Chelated EDTA FeNa2 also functions as a strong metal ion chelating agent. It binds with iron ions to form stable complexes, preventing them from reacting with other elements in the soil. This improves the stability, mobility, and absorption efficiency of iron, ensuring that plants can utilize nutrients more effectively. As a result, it helps increase fertilizer efficiency and supports better crop quality and yield.

In addition to its nutritional benefits, iron plays an important role in strengthening plant defense mechanisms. Regular use of EDTA FeNa2 iron improves plant resistance to diseases, enhances tolerance to environmental stress such as drought and temperature changes, and supports overall plant immunity. This makes it a valuable input for high-yield farming systems.

EDTA FeNa2 is suitable for a wide range of crops including vegetables, fruits, cereals, and cash crops. It is commonly used in precision farming practices to correct micronutrient deficiencies and maintain balanced soil fertility. It is also compatible with many other fertilizers and agrochemicals, making it easy to integrate into existing fertilization programs.

For best results, it is recommended to use EDTA FeNa2 according to crop requirements, soil conditions, and agricultural guidelines. Proper dosage and application methods ensure maximum efficiency and crop safety. Overuse should be avoided, and application should always be tailored to specific plant needs.