Core Composition:Based on synthetic ester oils (e.g., fatty acid methyl esters) as the carrier, blended with dedicated anti-drift agents (silicone-modified polymers), spreading agents (polyether-modified silicone oil), and anti-settling agents. It contains no volatile aromatic solvents, complying with low-toxicity and environmental standards for UAV applications.
Appearance:A colorless to pale yellow transparent liquid at room temperature, with low viscosity (30-50 mPa·s at 25℃) and excellent fluidity. It mixes quickly with pesticide solutions without stratification or turbidity.
Key Physicochemical Indicators:
Atomization Performance: When diluted with water at a 1:100 ratio, under UAV centrifugal nozzles (12,000 rpm), the droplet size is concentrated in the 150-250μm range (optimal for UAV spraying), with droplet uniformity ≥85%.
Anti-Drift Property: Improves droplet wind resistance by 40%—drift distance under level 3 wind is reduced to 0.8 meters (vs. 1.3 meters for conventional adjuvants).
Spreading Speed: On rice leaf surfaces, the spreading diameter of a 1μL droplet reaches over 5mm within 10 seconds, 3 times that of pure water.
Thermal Stability: No significant performance changes after 7 days of storage at 60℃, suitable for UAV operations in high-temperature seasons.
2. Core Performance Characteristics
Compatibility with UAV Systems:Its low viscosity is compatible with mainstream UAV tanks (e.g., DJI T60, XAG P100) and centrifugal/pressure nozzles, with no risk of clogging. Anti-settling agents prevent pesticide deposition at the bottom of the tank, ensuring uniform spraying concentration throughout the operation and reducing downtime for cleaning.
Significant Synergistic Mechanism:Enhances efficacy through triple action: "anti-drift + strong spreading + absorption promotion". The precise adhesion rate of droplets increases by 50%, the coverage area of 药液 on leaf surfaces expands by 60%, and the absorption rate of active pesticide ingredients accelerates by 30%. Efficacy against rice sheath blight and wheat aphids is 20%-25% higher than conventional spraying.
Strong Environmental Adaptability:Maintains stable performance in high humidity (≥85%) and level 3-4 wind conditions. Light rain (≤5mm) within 1 hour of spraying does not affect efficacy, reducing rework caused by weather factors.
3. Application Scenarios and Parameters
Main Application Field:Agricultural UAV spraying scenarios, compatible with herbicides (e.g., glyphosate, glufosinate-ammonium), insecticides (e.g., imidacloprid, chlorantraniliprole), and fungicides (e.g., propiconazole, jinggangmycin). Suitable for large-area crops such as rice fields, wheat fields, orchards, and cotton fields.
Recommended Dosage:Add 1%-2% of the total liquid volume (e.g., 100-200mL of adjuvant per 10L of pesticide solution), adjustable based on pesticide type:
Herbicides/fungicides: 1% addition suffices for efficacy enhancement.
Insecticides (targeting piercing-sucking pests): 2% addition is recommended to enhance adhesion on pest bodies.
Application Method:First dilute the pesticide at the conventional ratio, then add AGRHO Aero-mate 320, stir evenly, and directly inject into the UAV tank. Recommended flight height: 1.5-2 meters; flight speed: 4-6 m/s to ensure uniform droplet coverage.
Typical Case:In Jiangsu rice fields, UAV spraying of 30% propiconazole EC (100mL/mu) + AGRHO Aero-mate 320 (10mL/mu) achieved 92% control of sheath blight, 23% higher than the non-adjuvant group, while reducing pesticide usage by 15%.
4. Manufacturer and Quality Assurance
Production Standards:Manufactured by AGRHO Group (a German professional agricultural adjuvant enterprise), adhering to the ISO 9001 quality management system and EU EC 1107/2009 pesticide adjuvant standards. Each batch undergoes testing for atomization performance, anti-drift property, and acute toxicity.
Storage and Safety:
Storage: Seal and store in a cool place (5-35℃) with a shelf life of 24 months. Avoid mixing with strong acids or alkalis.
Safety: Wear oil-resistant gloves during operation. Rinse with soapy water if in contact with skin. Keep away from fire sources (flash point ≥60℃, non-flammable).