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AgroSpred 910

Basic information

  • Product Name:AgroSpred 910
  • CasNo.:141-22-0
  • MF:C18H34O3
  • MW:

Physical and Chemical Properties

  • Purity:99%
  • Boiling Point:
  • Packing:liquid
  • Throughput:
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Product Details

CasNo: 141-22-0

MF: C18H34O3

Appearance: liquid

Delivery Time: 15 days

Packing: 200kg/drum

Purity: 99%

1. Basic Attributes

  • Product Name: AgroSpred 910
  • Chemical Category: Modified Vegetable Oil Synergist
  • Appearance and Form: Typically a pale yellow transparent liquid with good fluidity and a slight vegetable oil odor

2. Core Performance

2.1 Dual-Function Integration

  • It integrates the spreading and wetting properties of silicone-based additives and the penetration and adhesion advantages of vegetable oil-based additives. It achieves excellent spreading on leaf surfaces (spreading diameter >10mm) and deeply improves the penetration efficiency of spray liquids into target epidermis, allowing pesticides to be absorbed and transported quickly, thus increasing the utilization rate of pesticide efficacy.

2.2 Adaptability for Drone Spraying and Stress Resistance

  • It can be used as a tank-mix additive for drone spraying to resist drift and transpiration, reducing the loss of spray liquid due to drift during drone application. It also reduces spray liquid evaporation, prolonging the duration of pesticide efficacy. It has excellent rainfastness, and can maintain stable efficacy even if it rains shortly after application.

2.3 Low Dosage and Economy

  • Compared with conventional oil-based synergists, it can achieve the same efficacy with more than 30% less dosage, significantly reducing the cost of pesticide formulations. It is easy to disperse in water and tank-mix applications, without the need for additional emulsifiers, simplifying formulation design.

2.4 Environmental and Temperature Compatibility

  • It has a stable pH range of 5-8, compatible with most pesticide aqueous and emulsion formulation systems. With a pour point <5℃ and a viscosity of 6-10cPs (25℃), it can quickly recover its performance at room temperature after freezing at low temperatures, suitable for pesticide application under different climatic conditions. With a density of 0.9g/cc, it has good compatibility with water, facilitating tank-mix operations.

3. Application Scenarios and Usage Methods

  • Drone Application: As an anti-drift and anti-transpiration additive, it can be tank-mixed with pesticides for drone spraying. The recommended dosage is 0.1%-0.3% of the total spray liquid volume, suitable for pest control of crops such as wheat, rice, and fruit trees, especially in arid and windy areas.
  • Field Spraying: It can be directly tank-mixed with pesticide spray liquids (the dilution ratio is adjusted according to the type of pesticide, usually 1000-2000 times) for conventional spraying operations of herbicides, insecticides, and fungicides, improving spray liquid adhesion and penetration, and enhancing control effects.
  • Formulation Addition: It is added during the production stage of pesticide formulations to optimize the spreading and penetration performance of aqueous and emulsion formulations, especially suitable for foliar fertilizer and biological pesticide formulations that require high adhesion.

4. Competitive Advantages

  • Functional Innovation: It integrates the synergistic functions of silicone and vegetable oil for the first time, solving the problems of insufficient spreading of traditional oil-based additives and limited penetration of silicone-based additives. It can improve the efficacy on difficult-to-adhere targets by more than 25%.
  • Cost Advantage: The low dosage feature combined with easy dispersibility can reduce the comprehensive cost of formulations by 20%-25%, while reducing the dosage of pesticide active ingredients, in line with the development trend of green pesticides.

5. Storage and Packaging

  • Storage Conditions: Store in a sealed container in a cool and dry place, avoid direct sunlight. The recommended storage temperature is 0℃-35℃, and the shelf life is usually 2-3 years.
  • Packaging Forms: Common packages are 5L, 20L, and 200L plastic barrels. Customized packaging (such as small-scale experimental packages) can also be provided according to requirements.