FOSİCAL
SPECIALTY FORMULATED FERTILIZERS
FOSİCAL
Guaranteed Content: W/W
Total Nitrogen (N), 4%
Nitrate Nitrogen (NO3-N) 3%
Urea Nitrogen (NH2-N) 1%
Water Soluble Phosphorus Pentaoxide (P2O5) 25%
Water Soluble Potassium Oxide (K20) 4%
Water Soluble Calcium Oxide (CaO) 5%
Water Soluble Boron (B) 0.1%
Water Soluble Manganese (Mn) 0.2%
Water Soluble Molybdenum (Mo) 0.1%
- FOSICAL is a special synergic fertilizer which contains phosphorus and calcium together with trace element composition.
- FOSİCAL Liquid formulations allow these elements to be taken faster.
- FOSICAL starts and accelerates root development thanks to its special composition. It also maximizes the root force of the plant.
- FOSICAL Increases the germination of seeds. Because it facilitates root growth, the adverse effects of the young plant on drought, drought, herbicide phytotoxicity, fungus diseases, etc. can be significantly reduced.
- FOSICAL provides early flowering in plants and the transformation of these flowers into healthy fruits.
- FOSICAL significantly reduces the negative impact of young plants from adverse conditions (drought, herbicide phytotoxicity, fungus diseases, etc.)
- FOSICAL allows plants to bloom early and turn these flowers into healthy fruits.
- By controlling the overgrowth of the plant, FOSICAL controls the buds between the flowers and the distance between the nodes.
- FOSICAL Phosphorus, calcium, boron and molybdenum, which are essential for the plant in the critical phenological stages like flowering, fruiting, maturation, are rapidly absorbed through the cuticle of the leaves into the fruits.
- FOSICAL maintains the two inflorescences and the distance between the knuckles by controlling the over-sizing of the plant. In the critical phenological stages (flowering, fruit set, maturation), the plant needs to quickly absorb the phosphorus, calcium, boron and molybdenum fruits from the leaves by means of the cuticle.
- FOSICAL can be used to neutralize ABSICIC ACID, which is caused by high temperature, nitrogen excess, flower formation under low air humidity conditions.
