Granulated Fertilizer Mixture "BOROFOSKA" (Marks A and B)

Comprehensive Nutrition for Crop Productivity

The granulated fertilizer blend "Borofoska" is a balanced mineral nutrient source designed to address two primary agronomic goals: correcting basic soil fertility deficiencies and providing essential boron, which is crucial for optimal reproductive growth. Produced by ZAT "AIP-Phosphates," this fertilizer is supplied in a granular form that ensures easy handling and precise mechanical application across fields.

Practical Field Application

The formulation contains phosphorus (10–12%) and potassium (13–16%), alongside calcium, magnesium, and boron. This synergy makes it a versatile solution for pre-plant or base application for a wide array of crops:

• Cereals and Corn: Phosphorus and potassium work in tandem to develop a robust root system and increase stem strength, reducing lodging risks.
• Potatoes and Vegetables: High potassium content improves the storage quality and starch accumulation in tubers and fruits.
• Industrial Crops: Supports intensive growth stages, ensuring plants meet their full yield potential.
• Fruit and Berry Crops: Boron plays a vital role in flowering and fruit set, minimizing drop-off.

Practical experience confirms that "Borofoska" delivers the best results when incorporated into the soil during plowing or cultivation. The granules provide a gradual nutrient release, supporting the crop throughout the entire vegetation period. Its chlorine-free composition allows for its use on sensitive crops, significantly increasing its application versatility in modern farming practices.

Safety and Operational Guidelines

Classified as a category 3 hazard, the product requires standard safety precautions during handling and mechanical spreading. Operators should use appropriate personal protective equipment during loading and application. This fertilizer is particularly recommended for soils showing a natural depletion of mobile potassium and phosphorus, especially for intensive crops that demand significant boron levels for successful development.