Kelpate p., (B-0-21%Zn-0-15%Fe-0-13.2%Mn-0-13.2%Mo-0.-0.3%MgO-0-

Comprehensive micronutrient complex: the value of chelated forms

The "Kelkat p." product, manufactured by the Spanish company "Atlantica Agricola," is a highly concentrated poly-micronutrient complex. The technical excellence of this fertilizer lies in its formulation: all essential metals—iron, manganese, zinc, and copper—are provided in a chelated form (EDTA). This is a critical factor in performance; unlike basic salts, chelates remain stable in tank mixes, do not trigger antagonistic reactions, and are efficiently absorbed through the leaf cuticle, ensuring immediate bioavailability for the plant's metabolic processes.

Nutrient spectrum and target application

The product offers a precise balance of vital elements:

• Boron (B) – essential for cell division and pollen germination.
• Iron (Fe), Manganese (Mn), and Magnesium (MgO) – drive photosynthetic activity, preventing chlorosis at various growth stages.
• Zinc (Zn) and Copper (Cu) – regulate hormonal health and enhance stress tolerance.
• Molybdenum (Mo) – optimizes nitrogen metabolism, aiding the plant in maximizing nitrogen uptake.

Designed for professional, intensive farming, the powder (p.) formulation ensures a high concentration of active ingredients. Recommended application methods include foliar feeding, spraying during the vegetative stage, and root treatments. Its versatile composition makes it highly effective across diverse crops, ranging from cereals and oilseeds to high-value vegetable and orchard crops.

Practical advantages for agronomy

Utilizing this complex allows for the elimination of "hidden hunger," a condition that may not always be visually apparent but severely limits yield potential. Classified under hazard class 4, the fertilizer is safe to handle, and the high purity of its components prevents nozzle clogging in spraying equipment. The product from "Atlantica Agricola" acts as a precision tool for adjusting mineral nutrition, allowing farmers to control plant physiological processes at the molecular level, ultimately ensuring better yields even under challenging conditions.