Omia Calciprill 110

Technological edge of the granulate

"Omya Calciprill 110" is a high-efficiency soil conditioner based on calcium carbonate, produced through the fine grinding of natural limestone followed by granulation. Unlike traditional limestone flour, this product consists of micronized powder compressed into durable granules (2–6 mm). This physical form addresses the main challenge of spreading conditioners: it eliminates dust and enables uniform distribution across the field using standard mineral fertilizer spreaders.

Biochemical role of Calcium and Magnesium

The core value of the preparation lies in its high reactivity. Upon contact with the soil solution, the granule breaks down rapidly, releasing finely dispersed particles. This initiates the neutralization of excess acidity in the root zone almost instantaneously. Calcium in the composition does not just adjust the pH; it is critical for cell wall formation as it binds pectins in the middle lamellae. In practice, for potatoes, vegetables, and rapeseed, this translates into increased tissue resistance to mechanical damage during transport and improved shelf life of the produce.

Agronomic efficiency and application

• Soil structure optimization: Calcium displaces sodium from the soil adsorption complex, promoting the formation of water-stable aggregates. This improves aeration and water permeability in heavy soils.
• Synergy with nutrients: In pH-balanced soils, the absorption coefficient of nitrogen, phosphorus, and potassium from base fertilizers increases by 15–25%.
• Application technique: Spring application before cultivation is recommended. Since the preparation is mineral-based and falls under hazard class 4 (low-hazard substances), it is safe to handle and does not require the specific protective measures associated with pesticides.

Using "Omya Calciprill 110" allows for targeted annual pH correction without waiting for deep soil structure degradation. This is a preventive solution for the intensification of cereal, corn, and sugar beet production, where soil quality directly dictates profit margins.