Through our in-house, research-driven Microfluidisation process, we have developed this innovative slow-release liquid fertilizer. This process encapsulates nutrients in a microfluid, forming particles that function as an efficient slow-release mechanism. The emulsion-based liquid ensures seamless nutrient absorption and storage within the plant, allowing for a gradual and timely release of nutrients as needed.

Our cutting-edge delivery system is designed to integrate effortlessly into existing farming practices. Its unique formulation allows it to penetrate even hardened or compact soils, ensuring effective nutrient delivery.

This groundbreaking technology enables plants to absorb and store nutrients within specialized pockets, promoting a sustained release for optimal utilization. As a result, farmers benefit from reduced dependency on traditional fertilizers, paving the way for more sustainable and efficient agricultural practices.

In NPK 14:46:00, between 50% and 75% of the phosphorus is temporarily bound within polymer chains, while the remaining phosphorus is immediately available for plant uptake. Once applied to the soil, enzymes from soil microorganisms and plant roots break down the polymer phosphate chains into simple phosphates that plants can digest. Even without enzymes, some polyphosphates will naturally decompose over time.

The conversion process accelerates in warm, moist soils, with roughly half of the polyphosphates converting into orthophosphates within one to two weeks for plant uptake. However, in cool and dry conditions, the conversion may take longer.

Polyphosphate fertilizers provide nutrients both immediately and gradually due to their combination of ortho-phosphates and poly-phosphates, allowing plants to absorb nutrients efficiently over an extended period. This feature offers farmers convenience and balanced nutrient distribution, as liquid fertilizers easily blend with other nutrients and chemicals. Moreover, each drop of fluid delivers an identical nutrient composition, ensuring consistent and reliable results.

1. Optimizes Soil pH Levels: Supports robust root development, ensuring healthy plant growth from the start.
2. High Nitrogen Content: Enhances the quality of leafy and forage crops, promoting lush growth.
3. High Phosphorus Content: Stimulates key plant processes, promoting faster and earlier growth while ensuring normal plant development and timely maturity.
4. Boosts Crop Yield: Increases productivity while minimizing crop defects, ensuring healthier harvests.
5. Essential for Seed Formation: Improves the quality of grain crops, ensuring better germination and growth potential.
6. Promotes Flowering and Fruit Set: Leads to improved productivity and higher-quality produce.
7. Improves Environmental Resilience: Helps plants withstand unfavorable environmental conditions effectively.
8. Liquid Form: Ensures nutrients are easily soluble and readily accessible to plant roots, enabling efficient uptake and utilization.
9. Ideal NPK Ratio: Particularly advantageous for crops requiring a higher phosphorus-to-nitrogen ratio, such as flowering plants, fruiting crops, and root vegetables.

Recommended Crops:

1. For Fertigation: Fruiting crops such as tomatoes, peppers, cucumbers, eggplants, strawberries, and melons. Root vegetables like carrots, beets, radishes, and potatoes. Leafy green vegetables including lettuce, spinach, kale, cabbage, and ornamental plants. Leguminous crops.
2. For Foliar Application: Suitable for all crops.

Recommended Application Methods:

1. Fertigation
2. Drip Irrigation or Foliar Spray

Recommended Stage of Usage:

Apply ideally during the tilling stage for root development and continue utilization throughout the plant’s life cycle. It is also beneficial to use during the flowering and fruiting stages to support optimal growth and yield.

Dosage:
Foliar Spray: 3–4 ml per liter
Drip Irrigation: 1 liter per acre
Packaging:
200-Liter HDPE Barrel