Nano Nutrients
BIOLOGICALLY PRODUCED NANOPHOSPHORUS
A unique bio-engineered product for delivery of phosphorous to farm crops/trees or horticultural crops through foliar fertilization and/or seed priming. The product contains a high concentration of phosphorus in nanostructured stable form using biological macromolecules chelates. Product application plays a crucial role in photosynthesis, respiration, energy storage, cell division, cell enlargement and several other processes in plants.
Key Features
- Specialized product developed through microbial mineralization usable via seed priming/foliar fertilization/in furrow via granules.
- Contains optimally balanced amount of nanostructured amorphous phosphorus (size ~100 nm) in stable and efficacious form using biological macromolecules chelates.
- Its application improves the crop physiological activities like photosynthesis, respiration, energy storage and transfer, cell division, cell enlargement and several other processes and ultimately yield and productivity. (This can be deleted as this is the repeat from introduction)
Mode of Applications
Foliar, Seed coating, in furrow through granules and Drip irrigation.
Recommended application dose:
| Application | Dosage/Acre |
| Foliar and Drip irrigation | 200 mL /Acre |
| Seed coating | 50 mL/Acre |
Characteristics /Information on ingredients (%w/w)
| Physical state | Liquid |
| Size of nanostructured nutrients | Less than 100 nm |
| Appearance | Light brown |
| Odour | Putrid |
| P2O5 | Minimum 15% (%w/w) |
Targeted crops: Food grains, pulses, oil seeds, vegetables, fruits, cotton and cash crops
Shelf life: 3-years
Storage: Ambient temperature and avoid direct exposure to sunlight
NANO ZINC & IRON
Nanostructured Zn & Fe micronutrients functionalized with biological macromolecules for high efficacy and use efficiency. The Zn & Fe nanofertilizer is able to provide value added solutions to maximize the natural potential of seed and crop to the field under biotic and abiotic stress conditions.
KEY FEATURES
- Produced by eco-friendly method
- Particle size <100 nm
- Surface modified with biological macromolecules
- Present in chelated form which makes it highly efficacious
Mode of Applications:
Foliar, Seed coating, Granular form for in furrow application and Drip irrigation
Recommended application dose:
| Application | Dosage/Acre |
| Foliar and Drip irrigation | 200 mL /Acre |
| Seed coating | 50 mL/Acre |
CHARACTERISTICS /INFORMATION ON INGREDIENTS
| Physical state | Liquid |
| Size of nanostructured nutrients | Less than 100 nm |
| Appearance | Yellow |
| Odor | Odorless |
| Zinc | 3% (%w/w) |
| Iron | 15% (%w/w) |
Targeted crops: Food grains, pulses, oil seeds, vegetables, fruits, cotton and cash crops
Shelf life: 3-years
Storage: Ambient temperature and avoid direct exposure to sunlight
BIOLOGICALLY PRODUCED NANO ZINC, IRON AND PHOSPHOROUS WITH MESOPOROUS NANOCARRIER
Multiple nanonutrients (P, Zn, Fe and Si) to deliver high use efficiency nanonutrients with efficient adsorption, diffusion and uptake ability. Application improves the overall plant physiology and health. Also, improves plant mechanical strength which can reduce crop lodging.
Key Features
- Biocompatible mesoporous nanocarrier used for the delivery of targeted nutrients.
- Highly stable under ambient storage conditions.
- Maximize the natural potential of seed/ crop under stress conditions.
- Able to gradually provide Zn, Fe and P nutrients to crop through controlled release properties.
- Optimum dispersion in water.
Mode of applications
Foliar, Seed coating, Granular form for in furrow application and Drip irrigation
Recommended application dose
| Application | Dosage/Acre |
| Foliar and Drip irrigation | 200 mL /Acre |
| Seed coating | 50 mL/Acre |
Characteristics /Information on ingredients (%w/w):
| Physical state | Liquid |
| Size of nanostructured nutrients | Less than 100 nm |
| Appearance | Light brown |
| Odour | odourless |
| Zinc | 1.5% (%w/w) |
| Iron | 7.5% (%w/w |
| P2O5 | 7.5% (%w/w) |
Shelf life: 3-years
Storage: Ambient temperature and avoid direct exposure to sunlight