Vrik Pharma

EDTA Zinc (Zn-EDTA) Chelated Micronutrient for Agriculture | Vrik Pharma

EDTA- Zinc

We are a leading EDTA Zinc (Zn-EDTA) manufacturer, trader, supplier, and exporter of specialty and inorganic chemicals in Gujarat, India. A team of professionals and technicians carefully manufactures us. VRIK PHARMA Pvt. Ltd. is an ISO-certified company based in Gujarat, India. 18 years of experience in the chemical industry ensures that the products meet the highest standards through rigorous testing and quality control measures before being packed and stored in a well-maintained warehouse for distribution to customers in India and abroad.

EDTA Zinc (Zn-EDTA) – Industrial Product Summary

 

EDTA Zinc (Zn-EDTA) is a chelated zinc micronutrient used to prevent and correct zinc deficiency in crops. The EDTA chelation enhances zinc stability, solubility, and plant availability across a wide soil pH range. It is suitable for soil application, foliar spray, and fertigation systems. Vrik Pharma supplies EDTA Zinc with consistent chelation quality, controlled zinc content, and export-ready packaging supported by COA and MSDS.

EDTA Zinc (Zn-EDTA) – Key Product Highlights

 

• Chelated zinc micronutrient (EDTA based)
• High solubility and rapid plant uptake
• Stable across a wide soil pH range
• Suitable for soil, foliar, and fertigation use
• Uniform particle size for easy formulation
• COA & MSDS available with supply

EDTA Zinc (Zn-EDTA) – Product Specifications 

 

Parameter
Details
Product NameEDTA Zinc
CAS Number14025-21-9 (Zinc disodium EDTA complex)
Chemical DescriptionZinc Ethylenediaminetetraacetate (Zn-EDTA)
Molecular FormulaC₁₀H₁₂N₂Na₂O₈Zn (may vary slightly by salt form)
Zinc (Zn) ContentTypically 12% Zn (grade-specific)
GradeAgriculture Grade / Fertilizer Grade
AppearanceWhite to off-white crystalline powder
SolubilityCompletely soluble in water
Packaging Size1 kg, 5 kg, 25 kg HDPE bags or drums, customized bulk packaging
Shelf LifeUp to 2 years under recommended storage conditions
MOQAs per packaging and order volume requirements

EDTA Zinc (Zn-EDTA) – Product Overview

 

EDTA Zinc is a chelated form of zinc designed to improve zinc availability to plants. The EDTA chelation prevents zinc from becoming fixed in the soil, ensuring efficient uptake even under alkaline or challenging soil conditions.

 

It is widely used in agriculture to correct zinc deficiency, support enzyme activity, promote healthy growth, and improve crop yield and quality. Consistent chelation strength and zinc content are essential for predictable agronomic performance.

EDTA Zinc (Zn-EDTA) – Chemical & Physical Properties

 

EDTA Zinc is a stable chelated compound with excellent water solubility. It remains effective across a broad pH range and resists precipitation in soil and nutrient solutions. The powder form allows easy blending into water-soluble fertilizers and micronutrient mixtures.

Why EDTA Zinc (Zn-EDTA) Matters for Industrial Use

 

Zinc is an essential micronutrient involved in enzyme activation, protein synthesis, and plant growth regulation. EDTA chelation ensures zinc remains available for plant uptake, helping prevent deficiency symptoms such as stunted growth and chlorosis. Reliable zinc nutrition supports stronger crops, improved yields, and better overall plant health.

EDTA Zinc (Zn-EDTA) – Industry Applications

 

  • Agriculture: Correction of zinc deficiency

  • Fertilizer Manufacturing: Micronutrient formulations

  • Foliar Nutrition: Rapid zinc uptake

  • Fertigation Systems: Water-soluble nutrient supply

  • Horticulture & Plant Nutrition: Balanced micronutrient programs

Who Uses EDTA Zinc (Zn-EDTA)

 

  • Fertilizer and micronutrient manufacturers
  • Agrochemical companies
  • Commercial farms and plantations
  • Horticulture and greenhouse operators
  • Agricultural distributors and exporters

EDTA Zinc (Zn-EDTA) – B2B Buying Criteria

 

• Zinc percentage and chelation strength
• Water solubility and stability
• Compatibility with fertilizer blends
• Packaging and moisture protection
• Availability of COA and MSDS
• Batch-to-batch consistency

 

EDTA Zinc (Zn-EDTA) – Compliance, Safety & Handling

 

EDTA Zinc is intended for agricultural and professional use. Avoid inhalation of dust and contact with eyes or skin. Handle using appropriate PPE. Store in sealed containers in a cool, dry place away from moisture. Always refer to the MSDS for handling, storage, and disposal guidelines.

EDTA Zinc (Zn-EDTA) – Packaging & Export Information

 

EDTA Zinc is supplied in moisture-resistant packaging suitable for domestic and export shipments. Packaging can be customized based on order volume and destination requirements. Export documentation including COA, MSDS, packing list, and commercial invoice is provided.

EDTA Zinc (Zn-EDTA) – FAQs

What is EDTA Zinc used for?

EDTA Zinc is used as a chelated zinc micronutrient to prevent and correct zinc deficiency in crops.

What is the zinc content in EDTA Zinc?

EDTA Zinc typically contains about 12% zinc, depending on the grade.

 

Is EDTA Zinc water soluble?

Yes, EDTA Zinc is completely soluble in water.

Do you provide COA and MSDS with EDTA Zinc?

Yes, COA and MSDS are provided with each supply to ensure quality and regulatory compliance.

Looking to source EDTA Zinc (Zn-EDTA) for industrial or commercial use?

Submit a quick inquiry to receive pricing, technical specifications, documentation, and supply details tailored to your requirement.

EDTA- Zinc

We are a leading manufacturer, trader, supplier, and exporter of specialty chemicals and inorganic chemicals, such as EDTA-Zinc, in Mumbai, India. We are carefully manufactured by a team of professionals and technicians. VRIK PHARMA Pvt. Ltd. is an ISO-certified company based in Gujarat, India. 18 Years of experience in the chemical industry ensures that the products meet the highest standards through rigorous testing and quality control measures before being packed and stored in a well-maintained warehouse for distribution to customers in India and abroad.

What Is EDTA-Zinc Used For?

EDTA Zinc, often called zinc chelate or zinc EDTA, is a compound that combines the powerful chelating properties of the essential mineral zinc with ethylenediaminetetraacetic acid (EDTA). This substance is quite inventive and is mostly used in agriculture to give plants the zinc they need to grow. EDTA increases the bioavailability of zinc by forming a stable compound with this essential element. This means that zinc is more easily taken up by plants, even in difficult soil situations where it would normally be less available. Through the chelation process, zinc remains in a soluble and plant-based state, which facilitates root absorption.

Zinc-using plants engage in enzymatic reactions such as protein synthesis and the production of growth hormones. By using EDTA zinc to provide a readily available source of zinc to plants, growers and gardeners can promote optimal plant health and vigor. Since zinc deficiency is more common in alkaline soils, it is especially important for plants growing in these soils. EDTA zinc has benefits beyond agriculture. It is also used in the production of fertilizers, soil additives, and plant growth regulator compounds. Stable zinc ions are essential in many agricultural and domestic plants because they provide the plant with nutrients necessary for vigorous growth and development.

Specifications:

 

Product Name

EDTA-Zinc

Molecular formula

C10H12 N2 O8 ZN. 2 NA

Molecular weight

435.602

Colour

White crystalline powder

Assay

99% Minimum

Ph of 1% solution

5.5 to7.5

Solubility

Soluble in water , clear solution

Zinc contain

12% minimum as Zn

Minimum Order Quantity

500 kg

Features:

  • High purity and effective chelation
  • Enhances zinc bioavailability for plants
  • Soluble in water for easy application
  • Safe for use in agricultural applications
  • White powder with high stability

 

Applications:

  • Correcting zinc deficiencies in crops
  • Formulation of fertilizers and soil amendments
  • Water treatment processes to remove heavy metals
  • Stabilizing zinc ions in various formulations
  • Improving the stability and effectiveness of cosmetic and personal care products
  • Promoting overall plant health and productivity