GROWX MICRO

Amino Acids chelated micronutrients mixture in 100% water soluble powder form. Can be used for all crops during different stages.

A mixture of trace elements provides plant with all necessary nutritional requirements of Zn, Mn, B, Fe, Cu and Mo.

A chelated trace elements formula rich in Chelated Zinc, Manganese and Iron, Copper in addition to Boron and Molybdenum.

Amino Acids chelated Calcium, Magnesium and Boron mixture in 100% water soluble powder form.

A fertilizer containing 6% Iron EDDHA chelated whose the 4.8% is in the “ortho-ortho” isomer form, ensuring high stability to the product in lime soils or soils with basic pH.

Amino Acids chelated Copper fertilizer in 100% water soluble powder form.

Copper can promote plant production, increase yields and has a drought, cold, lodging resistance.

Amino Acids chelated Manganese fertilizer in 100% water soluble powder form.

Quickly supply crops with lacking Manganese element and have high performance on crop diseases caused by Manganese deficiency.

A special formula rich in Boron and Molybdenum enriched with Amino Acids and Vitamins. It favours flowering, pollination, fruit setting and fruiting.

Amino Acids chelated Zinc fertilizer in 100% water soluble powder form.

Zinc is the ingredient of Enzyme in the plant body, and involved in auxin synthesis and metabolism of nitrogen.

Amino Acids chelated Iron fertilizer in 100% water soluble powder form.

Iron is an essential element for the plant nutrition as it intervenes in the formation of the chlorophyll(photosynthesis) and it is ingredient of several amino acids and proteins.

A liquid Boron Ethanolamine complexed fertilizer. It is a boron deficiency corrector specially formulated to prevent and correct deficiency state of the said nutrient. Boron is essential micronutrient that participates in the metabolism of nucleic acids and carbohydrates.

Amino Acids chelated Boron fertilizer in 100% water soluble powder form.

Boron is a basic microelement for plants as it stimulates their vegetative development through the cells division, helping the synthesis of the nucleic acids.