Chelated EDTA CuNa2

1.Medical field: EDTA CuNa2 can be used as a drug formulation to treat certain copper deficiency-related diseases, such as Huntington’s disease, Wilson’s disease, etc.

2.Reactive dyes: EDTA copper can be used as a metal complexing agent for dyes and pigments to enhance the stability and color effect of dyes.

3.Agriculture: EDTA copper can be used as a plant nutritional supplement, absorbed through the roots, to provide the copper needed by plants, prevent or treat diseases caused by plant copper deficiency, and promote plant growth and yield.

4.Analytical chemistry: EDTA copper can be used in titration analysis as a selective indicator for the determination of the content of other metal ions.

5.Electroplating and electrochemistry: EDTA copper can be used in electroplating processes, for copper plating or as a stabilizer for metals.

6.Laboratory research: EDTA copper can be used in chemical analysis, catalysts, storage materials, etc. in laboratory research.

NOTE: It is important to note that when using or handling EDTA copper, appropriate safety operating procedures need to be followed and used in accordance with the appropriate concentration and purpose.

Chelated EDTA CuNa2 is a high-quality copper micronutrient fertilizer containing 14.5%–15.5% chelated copper, specifically designed to improve plant nutrition and correct copper deficiency in crops. It plays an important role in plant metabolism, enzyme activation, and photosynthesis, helping to ensure healthy plant growth, better flowering, and improved yield. This product is fully water-soluble and highly stable, making it easily absorbed by plants through both root uptake and foliar application.

EDTA CuNa2 contains 15.02% copper with excellent purity and stability, ensuring efficient nutrient delivery to plants. It has a pH range of 6.0–7.0, making it safe and compatible with most agricultural spray solutions. With very low water-insoluble content (0.06%), it dissolves easily and provides fast availability of copper ions for plant uptake. Its fine blue powder appearance ensures uniform mixing and easy application in agricultural systems.

In agriculture, EDTA CuNa2 is widely used as a plant nutritional supplement to prevent and treat copper deficiency, which often leads to poor plant growth, leaf deformities, and reduced crop productivity. It is quickly absorbed through plant roots and leaves, improving enzyme activity and strengthening plant structure. Regular application helps enhance crop quality, increase resistance to stress conditions, and support higher yield production.

Beyond agriculture, EDTA CuNa2 has applications in various industries. In medical fields, it is used in formulations for copper-related deficiency treatments such as Wilson’s disease. In the dye industry, it acts as a metal complexing agent that improves dye stability and color performance. In analytical chemistry, it is used for titration and metal ion detection. It is also applied in electroplating processes, laboratory research, and as a stabilizer in chemical systems due to its strong chelating properties.

EDTA CuNa2 is highly effective in improving nutrient efficiency in soil and enhancing the availability of copper in plants. It helps correct micronutrient imbalance in alkaline and deficient soils, ensuring better nutrient absorption and utilization. It is suitable for a wide range of crops including vegetables, fruits, cereals, and plantation crops, making it an essential input for modern precision agriculture.

Key selling advantages include OEM packaging options, private label branding, strong logistics experience in container and breakbulk shipments, competitive factory pricing, and SGS inspection support for quality assurance. With a production capacity of 1000 metric tons per month, it ensures stable supply for global agricultural and industrial demand.

For best results, EDTA CuNa2 should be applied according to crop type, soil condition, and recommended agricultural practices. Proper dosage ensures maximum efficiency, crop safety, and long-term soil health.