Navira
A high-performance liquid nitrogen formula combining Urea, Ammonium, and Nitrate with nanotechnology for rapid, multi-stage growth and maximum green canopy development.
Composition
| Parameters | Content % |
|---|---|
| Nitrogen (Total) per cent. by wt min | 32.00 |
| Urea Nitrogen per cent. by wt min | 16.00 |
| Ammonium Nitrogen per cent. by wt min | 08.00 |
| Nitrate Nitrogen per cent. by wt min | 08.00 |
| pH ( 1% solution ) | 6.5 - 7.5 |
| Specific gravity | 1.30 - 1.33 |
Key Features
Phased Nitrogen Release: The Nitrate component triggers immediate, rapid crop growth, while the Ammonium component ensures sustained vegetative vigor over an extended period.
Accelerated Carbon Assimilation: Maximizes greenness and optimizes the photosynthetic machinery for faster energy production.
Vigorous Tillering: Stimulates the profuse development of vigorous tillers and primary shoots.
Yield Optimizations: Directly contributes to as significant increase in overall crop yield and quality.
Fertigation Ready: Highly effective and free flowing for seamless application via drop irrigation system.
Key Benefits
Multi Form Nitrogen Synergy: Formulated with nitrogen in three distinct forms - Urea, Ammonium and Nitrate delivering an optimal balance of immediate crop response and sustained, long-term nutrition.
Optimized pH: Maintains a balanced, near neutral pH of 6.5 - 7.5, which facilitates rapid and stress-free nutrient assimilation by the plant.
Advanced Nanotechnology: Engineered with ultra-fine, nano-sized particles that ensure seamless and efficient absorption through both the foliar surface and the root system.
Canopy & Photosynthetic Boost: Promotes robust vegetative expansion, significantly elevates chlorophyll concentration, and accelerates the rate of photosynthesis.
Enhanced Transpiration Pull: Increases the plant’s transpiration rate, thereby driving stronger systemic pull and optimizing nutrient uptake through the roots.
Dosage & Application
Method of application: Foliar Spray
Dosage: Apply 1 to 2 ml per liter of water, adjusting based on crop stage and nitrogen requirements