silicone adjuvant
SILICONE ADJUVANT FOR AGRICULTURE - silicone adjuvant factory and suppliers
silicone adjuvant factory and suppliers
silicone adjuvant
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SILICONE ADJUVANT FOR AGRICULTURE
In the era of precision agriculture, SILICONE ADJUVANT has redefined crop protection standards through its advanced surfactant technology. By leveraging organosilicon compounds, this innovative solution tackles fundamental challenges in pesticide application with unparalleled efficacy.
The agent’s core strength lies in its ability to transform liquid dynamics: reducing surface tension to a remarkable 21 mN/m (compared to water’s 72 mN/m), it achieves 300% better droplet adhesion that dramatically minimizes runoff. Rigorous ISO 9001 testing confirms its resilience, maintaining 80% efficacy even after simulated rainfall scenarios.
Beyond surface optimization, SILICONE ADJUVANT demonstrates exceptional penetration capabilities, effectively breaching the waxy defenses of persistent pests like aphids and whiteflies. Its breakthrough performance extends to herbicide applications, significantly improving glyphosate uptake in resistant weed populations.
Sustainability forms another cornerstone of its value proposition. EPA-approved formulations enable 25-40% reductions in chemical volumes without compromising results, while OMRI-certified variants meet organic farming requirements. This dual capability positions SILICONE ADJUVANT as both an efficiency multiplier and an environmental steward in modern agricultural systems.
Basic Product Information
- Product Name: Silicone Adjuvant
- Appearance: Colorless to pale yellow transparent oily liquid.
TYPICAL PROPERTIES
| Appearance | Colorless to pale yellow transparent liquid |
| Viscosity (25℃),mm2/s | 25-35 |
| SurfaceTension (0.1%wt),mN/m | ＜20.5 |
For more specifications,Please email us for detail
Physical Properties
- Appearance: Pale yellow transparent liquid
- Viscosity: 25-35mPa·s (customizable)
- Solubility: Easily soluble in water and common organic solvents (e.g., ethanol, acetone)
- Stability: Stable in pH 3–11 range
Chemical Properties
- Surface Activity: Dynamic surface tension <30 mN/m
- Wetting Performance: Contact angle <20° (on leaf surface)
- Safety:
Passes OECD 201/202 ecotoxicity tests
Low toxicity to bees (LD₅₀ >100 μg/bee)
Product Functions
- Super Spreading:Disrupts leaf wax layers, increasing spray coverage area by 3–5×.
- Evaporation Resistance:Forms a breathable film to extend spray drying time by 2–3 hours.
- Rainfastness:Improves rain resistance by >50% for prolonged field efficacy.
- Synergy & Dosage Reduction:Enhances active ingredient penetration for 30%+ efficacy boost.
- Compatibility & Stability:No adverse reactions with common pesticides/fertilizers.
Applications
| Application Areas | Specific Applications | Effects |
| Insecticides/Fungicides | Imidacloprid, Tebuconazole, etc. | Improves leaf coverage, enhances systemic translocation |
| Herbicides | Glyphosate, Glufosinate | Accelerates weed uptake, shortening onset time by 1–2 days |
| Foliar Fertilizers | Micronutrient fertilizers | Promotes nutrient absorption, increases utilization rate by 40% |
| Plant Growth Regulators | Gibberellins, Brassinolide | Enhances crop stress response |
| Aviation Adjuvants | For drone spraying applications | Reduces droplet drift, increases deposition rate by 60% |
Core Advantages
| Performance Metrics | Parameter/Effect | Test Standard | vs. Conventional Adjuvants |
| Spreading Area | 5x expansion of droplet diameter | GB/T 19136 | 200% higher than mineral oil-based adjuvants |
| Rainfastness | >85% retention after 2mm rainfall | CIPAC MT 53 | 35% higher retention than conventional adjuvants |
| Drying Time | Extended to 180 min (25°C) | In-house standard | 2x longer effective duration |
| Efficacy Enhancement | 30–50% improvement in control efficacy | NY/T 1464 | 20% pesticide reduction achieves equivalent efficacy |
| Eco-Friendliness | >90% biodegradation in 28 days | OECD 301B | No bioaccumulation risk |
Market Value
Core Performance Value Dimensions
- Surface Activity Characteristics
Ultra-low dynamic surface tension
Critical micelle concentration (CMC): 0.001–0.005 wt%
Contact angle adjustment range: 30°–110°
- Environmental Adaptability
pH tolerance range: 1.5–13.0
Hard water tolerance (Ca²⁺ >500 ppm)
High-temperature stability (≤150°C)
- Ecological Safety
Acute oral LD₅₀ >5000 mg/kg
Biodegradation rate (28 days): >60%
Fish toxicity LC₅₀ >100 mg/L
Market Drivers Matrix
- Policy & Regulatory Push
Global tightening of adjuvant regulations
China’s “Dual Reduction” Policy implementation
EU REACH Regulation updates
- Technology Upgrade Demands
Requirements for improved pesticide utilization efficiency
Adoption of drone spraying technologies
Precision agriculture equipment advancements
- Economic Benefits
15–25% reduction in cost per mu (Chinese acre)
30–50% extension of efficacy duration
5–8% increase in crop yield
Technology Development Trends
- Smart Solutions
Environment-responsive formulations
Drone-optimized formulations
Variable-rate application systems
- Green Innovations
Bio-based raw material adoption
Biodegradable structural design
Low-VOC process development
- Functional Enhancements
Anti-drift performance optimization
Leaf affinity improvement
Synergistic pesticide-fertilizer effects
Experimental Data & Case Studies
Experimental Data
| Testing Items | Blank Control | BY-N408 Treatment | Improvement |
| Glyphosate Weed Control Speed | 7 days to effectiveness | 5 days to effectiveness | ↑29% |
| Boron Fertilizer Absorption Rate | 18% | 32% | ↑78% |
| Droplet Deposition Density | 32 droplets/cm² | 51 droplets/cm² | ↑59% |
| Rainwash Loss Rate | 65% | 28% | ↓57% |
Typical Application Cases
- Rice Field Drone Herbicide Application
Pain Point: Conventional adjuvants caused severe droplet drift, achieving <70% weed control efficacy.
Solution: Glufosinate + 0.1% BY-N408 via drone application.
Results:
45% reduction in droplet drift.
Weed control efficacy increased to 92%.
18% reduction in pesticide costs.
- Citrus Fruit Retention Program
Application Method: Brassinolide + 0.05% BY-N408 foliar spray.
Outcomes:
26% increase in fruit setting rate.
Fruit uniformity improved by 2 grades.
Achieved input-output ratio of 1:8.3.
Preparation Process, Core Technologies, and Precautions
Green Preparation Process System
- High-Efficiency Catalytic System:
Nano-gold catalytic system (particle size 5–8 nm)
Continuous flow microreactor technology (holdup volume <20 mL)
Photo-thermal synergistic catalysis (visible light + 60–80°C)
- Precision Purification Processes:
Molecular sieve-resin hybrid purification
Supercritical anti-solvent crystallization
Membrane separation coupling technology (100–300 kDa)
- Intelligent Emulsification System:
Microfluidic precision emulsification (CV <5%)
Magnetic field-responsive stabilization
Self-assembled multilayer structure construction
Core Technological Innovations
- Smart Delivery Technology:
Stomatal switch-responsive system
Enzyme-triggered release mechanism
Humidity gradient-controlled release
- Synergistic Composite Technology:
Pesticide molecularly imprinted carriers
Nanobubble-enhanced delivery system
Phyllosphere microecological regulation
- Environmental Adaptation Technology:
Anti-photolytic molecular shield
Rain-triggered protective film
Temperature-adaptive rheology
Precautions
- Mixing Sequence:
Add water → BY-N408 → pesticide in strict order.
- Sensitive Crops:
Conduct small-scale trials during seedling stage.
- Storage Conditions:
Avoid freezing. Shelf life: 24 months.
Packaging & Ordering
Packaging: 200kg/1000kg plastic drums (customizable).
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