Zinc Edta

Form :

Powder

Molecular Weight :

357.62 G/Mol

Molecular Formula :

C10H12N2O8ZN2

Boiling Point :

1000 °C

Melting Point :

320 °C

Flash Point :

300 °C

Solubility :

Soluble In Water

Description :

Overview of Zinc EDTA

Zinc EDTA is a highly stable chelated zinc compound widely used in agriculture, fertilizers, water treatment, and industrial formulations. It ensures efficient zinc delivery and absorption, making it essential for correcting zinc deficiency in crops and enhancing overall plant health.

Due to its strong chelating ability, Zinc EDTA also plays a key role in industrial cleaning, water treatment, and chemical processing applications.

At ChemicalBull Pvt. Ltd., a trusted Agrochemicals distributor, we supply Zinc EDTA in bulk with consistent quality, ensuring reliable performance for agrochemical manufacturers and industrial users.


Applications of Zinc EDTA

Micronutrient Fertilizers & Crop Nutrition

Zinc EDTA is widely used in fertilizer formulations to provide bioavailable zinc to plants, improving crop yield, root development, and enzyme activity.

It works effectively with nutrients like Magnesium Sulphate Crystals, enhancing overall plant nutrition in modern agriculture systems.

Agrochemical Formulations & Crop Protection

Zinc EDTA is used in agrochemical formulations to stabilize nutrients and improve efficiency of pesticides and fertilizers, ensuring better performance in field applications.

It complements intermediates like 1,2,4-Triazole Sodium Salt, supporting advanced crop protection and formulation systems.

Soil Treatment & Foliar Applications

This compound is used in soil conditioning and foliar sprays, correcting micronutrient deficiencies and improving plant metabolism.

It supports sustainable agriculture practices by enhancing nutrient uptake efficiency.

Water Treatment & Industrial Applications

Zinc EDTA is widely used in water treatment systems as a chelating agent to bind metal ions, preventing scaling and improving water quality.

It integrates well with chemicals like Dicyclohexylamine, enhancing efficiency in industrial water treatment processes.

Chemical Processing & Electroplating

In industrial applications, Zinc EDTA is used in electroplating, textile processing, and chemical synthesis, ensuring stable metal ion control and improved process efficiency.

It plays a key role in maintaining consistent chemical reactions and product quality.



Safety & Handling Guidelines

  • Store in a cool, dry, well-ventilated area
  • Use PPE (gloves, goggles, masks) during handling
  • Avoid direct contact and inhalation
  • Keep away from incompatible substances
  • Follow MSDS guidelines for safe handling


Where to Buy Zinc EDTA?

Zinc EDTA Manufacturer

Sourced from reputed global manufacturers ensuring consistent purity and performance.

Zinc EDTA Supplier & Distributor

ChemicalBull Pvt. Ltd. – Leading industrial chemical supplier, bulk micronutrient distributor, and trusted partner for agrochemical & industrial solutions.


Zinc EDTA MSDS

Available on request with detailed information on hazard identification, handling procedures, storage conditions, and emergency measures.
Ensures compliance with industrial safety standards for safe transportation and bulk usage.


Frequently Asked Questions

  1. Where can I buy Zinc EDTA in bulk for agricultural use?

    You can purchase Zinc EDTA directly from ChemicalBull Pvt. Ltd., offering bulk supply across India and global export markets.

  2. How does Zinc EDTA improve crop yield?

    It provides easily absorbable zinc, enhancing plant metabolism, enzyme activity, and overall growth.

  3. Is Zinc EDTA suitable for foliar spray applications?

    Yes, it is highly effective in foliar applications due to its high solubility and quick absorption.

  4. Can Zinc EDTA be used in water treatment systems?

    Yes, it acts as a chelating agent to control metal ions and improve water quality.

  5. What should buyers check before sourcing Zinc EDTA?

    Key factors include zinc content, chelation stability, solubility, and supplier reliability.