VITALMIX is a specialized liquid fertilizer containing micronutrients chelated with amino acids and carboxylic acids, designed to simultaneously address multiple deficiencies of iron, zinc, manganese, and copper. In this formulation, each nutrient is complexed with amino acids rather than conventional chemical chelating agents, creating a plant-compatible structure that promotes efficient foliar and root uptake while helping protect nutrients from fixation and immobilization in calcareous soils.

Key Benefits of VITALMIX

• Rapid & Simultaneous Correction of Multiple Deficiencies: Provides a balanced supply of four essential micronutrients without the need to purchase and apply multiple separate fertilizers. Ideal for orchards and field crops showing combined deficiency symptoms such as chlorosis, white striping in cereals, and poor fruit development.
• Enhanced Photosynthesis & Nutrient Translocation: The synergistic role of iron and manganese in photosynthetic processes supports photosynthetic activity and dry matter production while helping restore healthy green foliage.
• Improved Flowering, Fruit Set & Crop Quality: Zinc, as a precursor in auxin biosynthesis, supports root branching and the development of productive buds, while copper contributes to tissue strength and helps reduce flower and fruit drop.
• Amino Acid-Based Chelation: Promotes rapid uptake through both leaves and roots and is suitable for conventional and organic-compatible nutrition programs, with low risk of precipitation and foliar toxicity when used as recommended.
• Reduced Stress & More Efficient Nutrition Costs: Addressing multiple deficiencies with a single product can help reduce fertilizer inputs and the number of nutritional spray applications.

Why Is VITALMIX Ideal for Iranian Soils?

In the alkaline and calcareous soils common in Iran, micronutrients can become rapidly fixed by calcium after application, reducing their availability to plants. With its amino acid-based complexation, VITALMIX helps keep these nutrients available for root and foliar uptake, supporting more efficient nutrient use and improved crop performance.