Fulvic Acid Powder

Fulvic Acid Powder Specification

Moisture
5% Max

Usage
Soil Conditioner, Plant Growth Promoter

Purity
98% Min

Application
Agriculture, Fertilizer

Storage Condition
Cool and Dry Place

pH Value
5-7

Organic Content
75% Min

Odor
Earthy

Solubility
100% Water Soluble

State
Powder

Product Name
Fulvic Acid Powder

Packaging Type
Bag

Grade
Technical Grade

Color
Brown

Heavy Metals
Less than 20 ppm

Formulation
Natural Extract

Shelf Life
2 Years

Fulvic Acid Powder Trade Information

Minimum Order Quantity
500 Kilograms

Supply Ability
5000 Kilograms Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Fulvic Acid Powder

Fulvic acid powder is mainly used as Growth Hormones for plants playing a major role in initiating cell division. Present in 95% purity, the product is 100% soluble in water, resulting in easy spraying all over the field. You can contact us to get information about pH value and other parameters. The product is completely plant based and can be stored on the shelf for 1 year. The Fulvic Acid powder is brown in colour and is properly Made in India.

Purity	95%
Form	Powder
Product Type	Plant Based
Application	Growth Hormones for Plants
Water Soluble	Yes
Shelf Life	1 Year
Colour	Brown
Solubility	100 %
Country of Origin	Made in India

Empowering Agriculture with Natural Solutions

Fulvic Acid Powder stands out as an effective choice for sustainable agriculture. Derived through natural extraction, it not only improves soil health but actively promotes robust plant growth. Its technical-grade formulation supports modern farming techniques, offering a blend of purity, solubility, and eco-friendly advantages for improved crop yield.

Exceptional Quality and Safety Assured

This product offers a minimum 98% purity and contains less than 20 ppm heavy metals, providing reassurance regarding product safety. Combined with a 100% water solubility and a tightly controlled moisture level, it demonstrates a commitment to rigorous quality and ease of use for large-scale farming operations.

FAQ's of Fulvic Acid Powder:

Q: How is Fulvic Acid Powder applied in agricultural fields?

A: Fulvic Acid Powder is commonly diluted in water due to its 100% water solubility before being applied to soil or sprayed on plants. This ensures even distribution and maximizes absorption by crops as a soil conditioner or growth promoter.

Q: What benefits does Fulvic Acid Powder offer for plant growth?

A: Fulvic Acid Powder enhances nutrient uptake, stimulates root development, and boosts overall plant vigor. Its natural extract formulation is particularly effective in improving soil fertility, leading to healthier and more productive crops.

Q: When is the best time to use Fulvic Acid Powder on crops?

A: The best practice is to apply Fulvic Acid Powder during the early growth stages or whenever enhanced nutrient absorption is needed. It can be used throughout the growing season to promote robust growth and vitality in plants.

Q: Where should Fulvic Acid Powder be stored to maintain its quality?

A: To preserve its efficacy, Fulvic Acid Powder should be stored in a cool and dry place, away from direct sunlight or moisture. Proper storage will ensure its 2-year shelf life is maintained.

Q: What is the process behind making Fulvic Acid Powder?

A: Fulvic Acid Powder is produced through a natural extraction method that isolates humic substances from organic material. This process retains essential organic content and results in a brown, earthy powder with superior purity and solubility.

Q: How does Fulvic Acid Powder contribute to sustainable farming?

A: Being a natural extract with high organic content, Fulvic Acid Powder improves soil structure and fertility without harmful residues. Its low heavy metal content and environmental safety support sustainable and eco-friendly agricultural practices.

Q: Can Fulvic Acid Powder be used in all types of soil and crops?

A: Yes, Fulvic Acid Powder is suitable for various soils and crop types thanks to its adaptable pH range (5-7) and balanced formulation. It especially benefits high-value and nutrient-hungry crops but is equally effective across diverse agricultural systems.

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