Sulfoamophos, g., mineral fertilizer

A Strategic Choice for Cereal Fertilization

Sulfamophos, produced by JSC Hydrometallurgical Plant, is a granular mineral fertilizer widely recognized for its balanced nutritional profile. By combining high phosphorus levels (20–34%) with nitrogen (14–20%) and essential sulfur, this product provides a robust foundation for cereal crops, including winter wheat, rye, winter barley, and oats. In the agricultural market, this fertilizer has become a staple for farms looking to optimize pre-seeding preparation.

Agronomic Advantages and Application

The core strength of this fertilizer lies in its formulation. Sulfur is a critical element for protein synthesis and significantly enhances nitrogen uptake, while high phosphorus availability ensures strong root development early in the growing season. For winter crops, these factors are decisive for ensuring successful overwintering and early vigor in the spring.

• Root System Enhancement: Phosphorus content promotes rapid root growth, which is essential for nutrient uptake in diverse soil conditions.
• Metabolic Efficiency: The presence of sulfur helps plants utilize nitrogen more efficiently, reducing waste and improving crop health.
• Granular Quality: The uniform granulation ensures consistent application rates across the field, preventing nutrient "spotting" or deficiency zones.

The product, classified under hazard class 4, is well-suited for standard agricultural machinery. The official applicant in Ukraine, Agrocenter EuroChem-Ukraine, ensures that the fertilizer meets rigorous quality standards, providing farmers with a reliable input for their crop nutrition programs.

For the best results, agronomists recommend applying Sulfamophos as a primary fertilizer during soil preparation (plowing or cultivation). This practice positions the nutrients in the root zone, ensuring the crop has immediate access to the necessary minerals as soon as germination begins. By setting a strong foundation in the autumn, growers can significantly improve the overall yield potential of their fields.