Concentrated Calcium Nitrate

A robust foundation for plant cell structure and yield

The concentrated calcium nitrate produced by the KChKhK branch of URALCHEM is a mineral fertilizer designed to address critical nutritional gaps in intensive farming. Unlike standard nitrogen fertilizers, this product provides a dual-action formula: it delivers essential nitrogen for rapid growth while providing high-availability calcium, which is often the limiting factor for plant structural integrity.

Why the nitrogen-calcium synergy matters

Nitrogen acts as the fuel for vegetation, while calcium functions as the architect of the cell walls. By applying this product, you ensure that the rapidly growing tissues of potatoes, corn, or vegetables remain structurally sound. This translates to higher resistance to lodging, better root system development, and increased stress tolerance throughout the growing season.

Operational advantages

• Immediate nutrient availability: The nitrate form of nitrogen ensures a quick metabolic response, making it highly effective when applied during spring cultivation.
• Granular consistency: The physical structure of the granules ensures uniform distribution across the field, minimizing losses and simplifying handling during storage.
• Enhanced post-harvest quality: Crops treated with calcium-rich fertilizers demonstrate superior storage characteristics and physical durability, which is essential for commercial marketability.

The optimal choice for intensive production

This fertilizer is tailored for producers managing crops that are sensitive to calcium deficiency. Whether you are farming cereals, industrial crops, or vegetables, incorporating this product into your early-season base application program helps secure a higher yield. Classified as hazard class 4, it is manageable for large-scale operations while maintaining high agronomic efficacy. For the professional agronomist, it serves as a precise tool for balancing growth rates with structural strength, ensuring that the crop not only grows fast but also resists the physiological stresses that lead to crop failure.