ExtraBio

Growth energy for intensive agriculture

The fertilizer "Ekstrabion" from the company "Agrosolum" is a specialized mineral complex designed for the challenges of intensive crop production. In the modern agribusiness sector, where every centner of yield counts, this product acts as a biostimulation tool that does not merely "feed" the plant, but shifts the crop's metabolism into a more efficient operational mode.

Composition and Functionality

The product's formula is built on the synergy of trace elements, with boron (B), zinc (Zn), manganese (Mn), and molybdenum (Mo) playing key roles. The presence of nitrogen (at a concentration of 0.1–1%) provides the "starting" impulse necessary for rapid nutrient uptake. The primary advantages of this combination include:

• Boron and Zinc: Essential for reproductive organ formation, pollination, and healthy root system development.
• Trace Element Balance: Mitigation of physiological stress caused by weather anomalies or pesticide applications.
• Biostimulation: Acceleration of maturation processes, which is critical when harvesting windows shift due to climate conditions.

"Ekstrabion" is produced as an aqueous solution, ensuring high bioavailability during foliar feeding. Classified as a Hazard Class 4 material, it is safe to handle when standard labor safety regulations are followed.

Where "Ekstrabion" works

Agronomists choose this formulation for crops requiring high levels of mineral nutrition: cereal crops, winter rapeseed, and sunflower. The product also demonstrates high efficiency on fruit and berry crops and vegetables. The flexibility of application allows it to be used for both foliar spraying and root system treatment (soaking or fertigation), enabling agricultural enterprises to integrate the product into existing technological plans without the need for additional equipment investment.

Using "Ekstrabion" is a strategic decision for those looking to minimize yield losses and improve the qualitative indicators of their production through targeted correction of plant nutrition during critical growth phases.