Ferrous Sulphate 12% EDTA

Ferrous Sulphate 12% EDTA Specification

Dosage
0.5-1.0 gm per liter of water

Classification
Fertilizer Grade

Chemical Name
Ferrous Sulphate 12% EDTA

Other Names
Ferric EDTA, EDTA Iron

Type
Chelated Micronutrient

Physical State
Powder / Granular

Release Type
Quick

CAS No
15708-41-5

Purity(%)
12%

Application
Agricultural & Horticultural Use

Color
Light Yellow to Off White

Solubility
100% Water Soluble

Storage
Store in a cool, dry place away from sunlight

Shelf Life
2 years from the date of manufacture

Packaging Size
1 kg, 5 kg, 25 kg bags

Compatibility
Compatible with most fertilizers and agrochemicals

Iron (Fe) Content
Minimum 12% as chelated EDTA

pH (1% solution)
6.0-7.0

Odor
Odorless

Ferrous Sulphate 12% EDTA Trade Information

Minimum Order Quantity
50 Kilograms

Supply Ability
1000 Kilograms Per Month

Delivery Time
7 Days

About Ferrous Sulphate 12% EDTA

Ferrous Sulphate 12% EDTA is a fully chelated, water-soluble micronutrient formulated to correct iron deficiency in crops. Its EDTA chelation ensures rapid absorption, promoting healthy chlorophyll formation, greener leaves, and vigorous growth. Ideal for foliar spray and fertigation, it prevents yellowing (chlorosis), enhances photosynthesis, strengthens plant immunity, and supports higher yields across all crops.

Advanced Chelated Iron Supplement

Ferrous Sulphate 12% EDTA offers a reliable solution for correcting and preventing iron deficiencies in crops. The EDTA chelation ensures stable, bioavailable iron that resists precipitation and remains effective across a range of pH values. This leads to more efficient uptake by plants, which contributes to greener foliage and improved crop yields.

Easy Application and Complete Solubility

This product is designed for ease of use with its quick-release, fully water-soluble formula. Blending seamlessly with most fertilizers and agrochemicals, Ferrous Sulphate 12% EDTA can be applied through foliar spray or fertigation systems, allowing for versatile integration in diverse cultivation practices.

Safe Storage and Long Shelf Life

With a shelf life of two years from manufacture, Ferrous Sulphate 12% EDTA remains stable when stored in a cool, dry place away from sunlight. Its odorless and dust-free composition enhances handling safety and convenience in agricultural settings.

FAQ's of Ferrous Sulphate 12% EDTA:

Q: How should Ferrous Sulphate 12% EDTA be applied to crops?

A: Ferrous Sulphate 12% EDTA should be dissolved at 0.5-1.0 grams per liter of water and can be applied via foliar spray or fertigation systems, ensuring even coverage for optimal iron uptake.

Q: What are the main benefits of using Ferrous Sulphate 12% EDTA for plants?

A: This chelated iron source quickly corrects iron deficiencies, promotes greener leaves, and supports healthy growth by providing bioavailable iron that plants can readily absorb.

Q: When is the best time to apply Ferrous Sulphate 12% EDTA during the crop cycle?

A: It is most effective to apply when iron deficiency symptoms appear, or preventively during active growth stages, ensuring robust development and sustaining plant vigor throughout the growing period.

Q: Where is Ferrous Sulphate 12% EDTA best stored to maintain its shelf life?

A: Store the product in a cool, dry location away from direct sunlight to preserve its efficacy and extend its two-year shelf life.

Q: What makes this product compatible with fertilizers and agrochemicals?

A: Ferrous Sulphate 12% EDTA's stable chelated formula prevents undesirable reactions, allowing it to be safely mixed with most fertilizers and agrochemicals in integrated nutrition programs.

Q: What is the process for dissolving Ferrous Sulphate 12% EDTA before application?

A: Simply mix the recommended dosage in water, stir until fully dissolved, and apply immediately to crops as required by your chosen application method.

Q: What types of crops can benefit from this fertilizer?

A: Ferrous Sulphate 12% EDTA is suitable for a wide range of agricultural and horticultural crops, including fruits, vegetables, ornamentals, and field crops requiring supplemental iron.

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