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Nano Urea Plus – Technical Data
Comprehensive technical specifications and detailed information
Key Features
Advanced Nano-Formulation
Particle size <100 nm with enhanced surface area to volume ratio
Bio-Polymer Enhanced
Functionalized with bio-polymers and excipients for improved efficacy
High Nitrogen Content
20% N w/v (16% N w/w) - significantly higher than conventional nano urea (4% N)
Foliar Application
Designed for spray application with superior spreadability
Multiple Nitrogen Forms
Contains urea-amide, ammoniacal, and amino nitrogen forms
Regulatory Approved
Notified under Fertiliser Control Order (FCO) vide S.O. 1718 (E) dated 15th April 2024
Physical and Chemical Properties
Physical Form
Liquid
Color
Light blue to colorless
Nitrogen Content
20% w/v (16% w/w)
Particle Size
<100 nanometers
pH
6.5 - 7.5
Specific Gravity
1.15 - 1.20
Shelf Life
24 months from manufacturing date
Packaging
500 mL, 1 L
Nitrogen Forms Distribution
Urea-Amide Nitrogen
40-45%
Ammoniacal Nitrogen
25-30%
Amino Nitrogen
25-30%
Mode of Action
Nano Absorption
Nano particles penetrate plant cuticles and stomata more efficiently than conventional fertilizers
Controlled Release
Gradual release of nitrogen based on plant physiological needs and growth stages
Cellular Uptake
Direct absorption at cellular level through enhanced surface area providing better nutrient availability
Metabolic Integration
Rapid integration into plant metabolic pathways for immediate utilization
Application Guidelines
Application Timing
Apply during active growth periods - vegetative, flowering, and grain filling stages
Application Frequency
2-4 applications per season at 15-20 day intervals for optimal results
Weather Conditions
Apply during early morning or evening hours, avoid direct sunlight and windy conditions
Tank Compatibility
Can be tank-mixed with most pesticides and bio-stimulants (conduct jar test before mixing)
Spray Volume
200-400 liters per hectare depending on crop canopy and growth stage
Equipment
Use flat fan nozzles for uniform coverage and optimal droplet formation
Soil Health Benefits
Reduced Soil Acidification
40% reduction in soil pH decline
Enhanced Microbial Activity
25% increase in beneficial soil microorganisms
Improved Soil Structure
Better aggregate stability and water retention
Reduced Soil Contamination
Minimal residue accumulation
Water Conservation
Groundwater Protection
65% reduction in nitrate leaching
Surface Water Quality
Reduced eutrophication risk
Water Use Efficiency
Enhanced plant water uptake capacity
Irrigation Optimization
Improved drought tolerance in crops
Air Quality Improvement
Reduced N₂O Emissions
45% reduction in nitrous oxide emissions
Lower Ammonia Volatilization
70% reduction compared to conventional urea
Carbon Footprint
30% reduction in production-related emissions
Energy Efficiency
25% less energy required for production
Life Cycle Assessment (LCA)
Raw Material Usage
60% reduction in raw material requirement
Transportation Impact
80% reduction in logistics emissions
Storage Requirements
90% reduction in warehousing space
Application Equipment
Compatible with existing spraying equipment
Safety & Handling
Storage Guidelines
Store in cool, dry place away from direct sunlight and heat sources. Maintain temperature between 5-35°C
Handling Precautions
Wear protective clothing, gloves, and eyewear during application. Avoid inhalation and skin contact
First Aid Measures
In case of skin contact, wash with plenty of water. If ingested, seek immediate medical attention
Statutory and Regulatory Information
Indian Regulatory Approval
FCO Notification: S.O. 1718 (E) dated 15th April 2024
Product Registration: Nano Urea (Liquid) 16% under FCO
Manufacturing License: Compliant with Department of Biotechnology guidelines
Quality Standards: Conforms to BIS specifications for liquid fertilizers
International Compliance
OECD Guidelines: Compliant with OECD testing guidelines for nano materials
DBT Guidelines: Meets Department of Biotechnology guidelines for NAIPs-2020
Export Certification: Available for international markets
Organic Compatibility: Can be used in organic farming systems
Quality Assurance
Manufacturing Standards: ISO 9001:2015 certified production facility
Testing Protocols: Regular quality testing at accredited laboratories
Batch Tracking: Complete traceability from production to application
Storage Compliance: Follows hazardous material storage guidelines
Disposal and Transportation
Container Disposal
Empty containers should be triple rinsed and disposed as per local environmental regulations
Transportation
Transport as per hazardous material guidelines. Ensure proper labeling and documentation
Shelf Life
Use within 24 months of manufacturing date for optimal results and efficacy
Emergency Contact
Contact IFFCO customer care: 1800-103-1967 for any emergency or technical queries