Product Description
Olitar Nitrus contains 55% nitric acid. Therefore, it helps improve nutrient solubility in both irrigation water and soil solutions. In addition, it contributes to dissolving carbonate and lime deposits caused by hard water. As a result, the risk of clogging in drip irrigation systems may decrease while nutrient uptake can become more efficient.
Why Do Plants Need Nitric Acid?
Plants rapidly absorb nitrogen in nitrate form. However, high-pH soils and water sources can restrict nutrient availability. Nitric acid lowers the pH of the solution, thereby increasing nutrient mobility. Moreover, it assists in dissolving elements such as calcium and magnesium. Consequently, nutrients applied together with Olitar Nitrus can be absorbed more effectively.
Formula and Composition Structure
Olitar Nitrus, with its strong acidic structure, helps dissolve carbonate deposits found in irrigation water and soil. Furthermore, the temporary pH decrease increases the availability of macro and micro nutrients for the plant. Thus, it supports both irrigation system performance and nutrient uptake at the same time.
Application Method
- Drip Irrigation (Fertigation): Can be added to irrigation water at recommended doses.
- Soil Treatment: May be applied in alkaline soils for pH adjustment.
- System Maintenance: Can be used periodically to reduce carbonate and lime buildup.
Dosage varies depending on water hardness, soil characteristics, and system conditions. Therefore, professional guidance is recommended before application.
Usage Areas
- Fruit orchards
- Greenhouse and open-field vegetable production
- Alkaline and carbonate-rich soils
- Drip irrigation systems
- Fertigation programs
In short, it is suitable for use in areas where pH and water hardness limit nutrient availability.
Advantages
- Can improve nutrient solubility, thus enhancing fertilizer efficiency.
- Helps reduce carbonate and lime accumulation, lowering clogging risks in irrigation lines.
- Supports the availability of nitrate-based nutrition, enabling faster nutrient uptake.
- Decreases soil and water alkalinity, promoting a more suitable environment around the root zone.
- Additionally, it helps minimize the negative effects of hard water in fertigation programs.
