Boremin

Boremin: Advanced Micronutrient Nutrition for High-Yield Farming

The fertilizer known as "Boremin" is a collaborative achievement in agricultural chemistry between the Ukrainian manufacturer "Kharkiv Khimprom" and the Hungarian company "Peters & Burg Kft". Marketed under the Nertus brand, this product has established itself as a reliable solution for farmers looking to correct boron and nitrogen deficiencies, which are critical for maximizing crop potential.

Composition and Physiological Impact

Boremin is formulated as a liquid solution containing a balanced complex of boron, nitrogen, and essential trace elements. Boron plays a vital role in plant development, specifically in cell wall synthesis, pollen germination, and carbohydrate metabolism. The addition of nitrogen acts as a synergy factor, accelerating the plant's ability to absorb and utilize the micronutrients applied during foliar feeding.

Application and Technical Standards

• Formulation: Liquid solution, ensuring ease of use in tank mixes and rapid absorption through the leaves.
• Method of Application: Exclusively for foliar feeding (spraying during the vegetation phase).
• Usage Protocol: Recommended dosage is 0.5–2 liters per hectare, with a treatment frequency of 1 to 3 applications per season, depending on the crop's nutritional needs.

Versatility in Agriculture

Boremin is widely utilized on crops with high boron requirements, particularly oilseed rape, sunflower, forage beet, and vegetable crops. It also proves highly effective for cereal crops, legumes, and orchard fruit trees to ensure balanced micronutrient support during peak growth stages. As a mineral fertilizer (Hazard Class 3), it is designed for safe handling and integration into standard crop management programs.

By incorporating Boremin into the growth cycle, agricultural producers can effectively mitigate the impact of environmental stressors on crop yields. It provides a reliable nutritional boost, ensuring that crops receive essential elements precisely when their internal systems are working at maximum capacity.