Nutrixa - HUFU (Humic Acid 51%, Fulvic Acid 10%)

Overview

Nutrixa - HUFU is a concentrated Humic Acid (51%) and Fulvic Acid (10%) soil conditioner and biostimulant from Vatrixa Crop Sciences, used to rebuild soil structure and biology rather than to directly supply N-P-K — it works alongside, not instead of, a regular fertilizer programme.

Product Description

Derived from processed organic (leonardite-type) source material, Nutrixa HUFU is supplied as granules for soil application, drip or drench use. Humic acid — the larger, high-molecular-weight fraction — rebuilds soil aggregate structure and water-holding capacity, while fulvic acid — the smaller, fully water-soluble fraction — acts as a natural chelator that carries micronutrients into root and leaf cells and stimulates root growth directly.

Technical Details

• Composition: Humic Acid 51%, Fulvic Acid 10%
• Formulation: Granules, water-dispersible
• Application: Soil broadcast, drip/fertigation or dissolved drench
• Compatibility: Compatible with most fertilizers; avoid mixing directly with strong acids or calcium-rich solutions, which can cause humic acid to precipitate
• Storage: Store in a cool, dry place, tightly sealed

Key Features & Benefits

• Superior nutrient uptake and efficiency
• Improved soil health and structure
• Accelerated plant growth and vigour
• Increased yield and quality

Mode of Action

Humic acid binds soil particles into stable aggregates, improving porosity, aeration and water-holding capacity, and increases the soil's cation exchange capacity so that applied fertilizers leach and fix less and stay available to the root zone for longer. Fulvic acid, being fully water-soluble, chelates micronutrient cations and ferries them across root and leaf-cell membranes, while independently stimulating root-cell elongation. Together the two fractions also feed and stimulate native soil microbial populations, whose activity further mineralises locked-up soil nutrients and organic matter into forms the crop can actually use — the combined effect being a soil that holds and delivers nutrition more efficiently with every subsequent fertilizer application.