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What is Fulvic Acid for Plants?

Fulvic acid, also called FA, is the core component of humic acid with the smallest molecular weight, highest water solubility, and strongest activity. It is widely present in natural materials such as soil, peat, and weathered coal, serving as a commonly used biostimulant and fertilizer enhancer in agriculture. Formed through the long-term microbial decomposition and transformation of plant and animal remains, along with a series of chemical processes, it constitutes an essential component of soil organic matter.

How Does It Work?

Because fulvic acid has a low molecular weight, generally less than 10,000 Daltons, it can easily penetrate plant cell membranes. Due to this features, it can help the plant transfer the nutrients directly to where needed.

So it is widely used in agriculture, such as for base fertilizer to improve soil health, and used for foliar spray, which can be quickly absorbed by plants. Also can be used for drip irrigation and fertigation; the precision fertilization can reduce waste and is ideal for the environment.

Our products are derived from natural substances that are naturally rich in humic acid (with a content of 18-25%) and undergo a specialized processing technique to maximize the retention of their biological activity.

Nutrient Activation & Efficient Absorption

• Powerful Chelating Action: Forms stable, soluble chelates with mineral elements like iron, zinc, and phosphorus to prevent nutrient fixation and enhance utilization rates.
• Nutrient Carrier: Transports over 70 minerals and trace elements to plant roots, promoting absorption.
• Boosts Leaf Photosynthesis: Enhances uptake of key elements like iron and magnesium to increase chlorophyll synthesis.

Soil Improvement & Health:

• 土壌構造を改善する: Promote aggregate formation, alleviate compaction, enhance aeration and water retention
• Regulate soil pH: Buffers acidity and alkalinity fluctuations, creating an optimal growing environment for plants
• Activate soil microorganisms: Provides carbon sources, promotes beneficial microbial proliferation, and boosts soil vitality

Plant Growth Regulation & Stress Tolerance:

• Promotes root development: Stimulates root hair growth, increases absorption surface area, and enhances water and nutrient uptake capacity
• Enhances stress tolerance: Reduces stomatal opening during drought (known as “Drought Tolerance No. 1”), improves cold and salt tolerance
• Boosts yield and quality: Promotes flower bud differentiation, increases fruit set rate, and improves fruit flavor and nutritional content

Improve Fertilizer & Application Reduction:

• Reducing Chemical Fertilizer Use: Improve fertilizer utilization, minimize loss, and reduce environmental pollution
• Synergistic Application with Pesticides: Enhance pesticide efficacy, lower pesticide residues, and improve safety