Dinotefuran
Advanced neonicotinoid insecticide for effective sucking pest control. Superior systemic activity with excellent crop safety and broad-spectrum efficacy against aphids, whiteflies, and thrips for comprehensive pest management programs.
- Neonicotinoid Chemistry
- Sucking Pest Specialist
- Superior Systemic Activity
- Excellent Crop Safety
- Aphids, Whiteflies, Thrips
- Broad-spectrum Efficacy
Technical Specifications
Applications
Industry-Specific Grades
DRAVYOM offers specialized Dinotefuran grades tailored for specific agricultural and insecticide applications, ensuring optimal performance and regulatory compliance across diverse pest control formulations.
Technical Grade (Standard)
Premium Grade
Food Crop Grade
Seed Treatment Grade
Quality Standards
DRAVYOM's Dinotefuran is manufactured under stringent quality control protocols, meeting international agricultural standards including EPA, EU, and other regulatory specifications. Our technical-grade production ensures consistent performance and regulatory compliance.
Advanced Chemical Properties & Performance
Dinotefuran exhibits exceptional neonicotinoid properties essential for systemic insect control. Its unique furan structure and precise molecular design ensure reliable performance in demanding crop protection applications and resistance management systems.
Chemical Properties
Physical Properties
Insecticidal Performance
Purity Specifications
Stability Properties
Performance Characteristics
Detailed performance metrics demonstrate Dinotefuran superiority in insect control with exceptional systemic activity, crop protection, and environmental stewardship across diverse agricultural systems and resistance management strategies.
Insect Control Efficacy
Control Rate: 90-98% on target pests
Superior systemic insecticidal activityCrop Safety
Phytotoxicity: Minimal at recommended rates
Excellent crop toleranceSpeed of Action
Initial control: 1-3 hours post-application
Rapid insecticidal responseTemperature Tolerance
Effective range: 0-40°C
Consistent performance across conditionsResistance Management
Mode of action: Group 4A insecticide
Important tool for resistance preventionEnvironmental Profile
Persistence: Moderate soil half-life
Manageable environmental impactSafety Information
May cause skin and eye irritation. Avoid inhalation of dust and vapors. Handle with appropriate protective equipment including gloves, safety goggles, and protective clothing. Special caution required due to potential bee toxicity - avoid application during flowering periods.
Storage & Handling
Store in original containers in a cool, dry, well-ventilated area away from heat sources and incompatible materials. Keep containers tightly closed and protect from moisture and direct sunlight. Maintain ambient temperature below 40°C for optimal stability.
Chemical Mechanisms & Reaction Pathways
Dinotefuran exhibits neonicotinoid insecticide mechanisms through nicotinic acetylcholine receptor agonism, enabling broad-spectrum pest control with systemic activity and excellent control of sucking insects and thrips.
Receptor Agonism
Binds to nicotinic acetylcholine receptors in insect nervous system
Causes excessive nerve stimulation and paralysisSystemic Translocation
Root and foliar uptake with xylem and phloem transport
Internal protection against concealed pestsSelective Toxicity
High affinity for insect vs mammalian nicotinic receptors
Excellent safety profile for non-target organismsRapid Uptake
Fast absorption and distribution in plant tissues
Quick protection establishment after applicationRegulatory Compliance & Documentation
Comprehensive regulatory compliance ensures global agricultural access with complete documentation packages supporting international insecticide standards and pollinator protection programs.
EPA Registration
United States Environmental Protection Agency approval for agricultural use
EU PPP Regulation
European Union Plant Protection Products regulation compliance
IRAC Guidelines
Insecticide Resistance Action Committee resistance management standards
Global MRL Standards
Maximum Residue Limit compliance for international trade
Pollinator Protection
Bee safety guidelines and application restrictions documentation
SDS Documentation
Multi-language Safety Data Sheets (16 sections, GHS compliant)
Technical Support & Value-Added Services
DRAVYOM's entomology team provides comprehensive neonicotinoid stewardship support, resistance monitoring assistance, and integrated pest management services to optimize dinotefuran performance while ensuring pollinator safety.
Pest Assessment
- Comprehensive insect identification and monitoring
- Resistance testing and management protocols
- Threshold-based treatment recommendations
- Custom application timing strategies
Stewardship Training
- Pollinator protection protocols
- Application timing restrictions
- Drift mitigation strategies
- Integrated pest management planning
Technical Support
- Systemic activity optimization
- Application method selection
- Tank mix compatibility testing
- Residue management guidance
Supply Solutions
- Seasonal pest forecasting
- Emergency supply coordination
- Custom formulation services
- Regional distribution network
Environmental Impact & Sustainability
Our dinotefuran production emphasizes environmental responsibility through sustainable manufacturing practices, pollinator protection protocols, and comprehensive environmental impact management for responsible agricultural use.
Pollinator Safety
Application restrictions during flowering and bee activity
Water Protection
Appropriate use restrictions near water bodies
Clean Production
Energy-efficient synthesis with emission controls
Beneficial Insects
Selective application to minimize beneficial species impact
ISO 14001
Environmental management system certified production
Stewardship
Comprehensive use guidelines and monitoring programs
Manufacturing Excellence & Quality Control
DRAVYOM's state-of-the-art neonicotinoid manufacturing facility employs advanced synthesis technology and continuous monitoring systems to ensure consistent dinotefuran quality and performance across all production batches.
Production Process
Advanced synthesis with controlled stereochemistry and purity
High-quality neonicotinoid manufacturingQuality Testing
Comprehensive analysis including active content, impurity profiling, and bioassay testing
HPLC verification and insecticidal bioassayQuality Systems
ISO 9001:2015 quality management with insecticide manufacturing compliance
Stewardship requirements and regulatory compliancePackaging Control
Moisture-controlled packaging with light protection
Maintains active ingredient stabilityMarket Applications & Performance Data
Comprehensive field trial data demonstrating dinotefuran effectiveness across diverse pest management systems with quantified performance metrics and stewardship compliance validations.
Fruit and Vegetable Crops
Field Crops
Commercial Production
DRAVYOM Competitive Advantages
Superior Efficacy
Consistently exceeds industry standards with exceptional systemic activity and broad-spectrum insect control
Reliable Supply
Guaranteed seasonal availability with strategic inventory management and comprehensive stewardship support
Stewardship Excellence
Industry-leading pollinator protection programs and responsible use training initiatives
Quality Assurance
Comprehensive quality control with detailed analysis and environmental stewardship documentation
Global Standards
International compliance with EPA, EU, and regional neonicotinoid regulations for responsible use
Partnership Approach
Collaborative relationships with agricultural producers and integrated pest management solution development