Plantation
DeltaCote controlled-release fertilizers support sustainable growth in plantation crops including banana, citrus, avocado, coffee, palm oil, and tobacco.
Premium Production for Plantation Crops
Optimized nutrition for enhanced quality, yield consistency, and sustained excellence in plantation crop production.
Efficient Nutrient Delivery
Synchronized with crop growth cycles for optimal nutrient availability and reduced leaching.
Reduced Leaching in Tropical Climates
Extended release periods (up to 24 months) perfect for high-rainfall regions.
Long-Cycle Support
Single applications lasting up to 24 months for perennial and tree crops.
Enhanced Phosphate Availability
Optimized formulations for root development and sustainable production.
DeltaCote Formulations for Plantation Crops
Specialized formulations for banana, citrus, coffee, palm oil, and tropical crops.
| Product Code | Formula | Release Period | Application | Download TDS |
|---|---|---|---|---|
| 3042 | 14-24-07 + MgO + TE | 6 months | Multi-purpose plantation | 📥 Download |
| 3008 | 12-20-12 + 2MgO | 9 months | Root development | 📥 Download |
| 3041 | 24-06-12 + 2CaO | 9 months | High-nitrogen | 📥 Download |
| 3026 | 12-12-12 + 3MgO | 10-12 months | Balanced formula | 📥 Download |
| 6491 | 07-34-07 + 2MgO | 8-9 months | Phosphate-rich | 📥 Download |
How Controlled-Release Fertilizer Works
DeltaCote's unique process encapsulates nutrients in an organic polymer coating that releases them precisely over time.
Encapsulation
Micronutrients encapsulated in organic polymer coating.
Water Absorption
Water penetrates coating, initiating nutrient release.
Nutrient Dissolution
Nutrients dissolve into concentrated formulation.
Controlled-Release
Steady nutrient release over 3 to 18 months.
Release Curve Simulator
DeltaCote is designed to deliver nutrients gradually, in line with the plant's growth cycle. Unlike conventional fertilizers that release nutrients all at once, DeltaCote CRFs feature a polymer coating that controls nutrient release based on temperature, moisture, and soil conditions. This ensures optimal nutrient availability when plants need it most, reducing waste and maximizing crop performance.