Organosilicon

Short Description:

Three Major Mechanisms of Action

1. Ultra-Low Pressure Spreading, No Dead Zones Adhesion

After spraying, the organosilicon molecules rapidly spread into a uniform film, forming a mirror-like coverage on the waxy layer and densely pubescent leaf surfaces (such as cotton and citrus). Coverage increases from 60% with ordinary pesticides to over 95%, and the droplet diameter decreases from 500μm to 100μm, preventing “missed spraying.”

2. Rapid Penetration, Overcoming Multiple Barriers

With its extremely small molecular particle size (1-5nm) and strong wettability, the pesticide can penetrate the leaf cuticle within 30 seconds and enter the mesophyll cells within 2 minutes. This penetration speed is 3-5 times faster than conventional adjuvants, making it particularly suitable for crops with thick waxy layers (such as grapes and scallions) or in arid and water-scarce areas.

3. Enhanced efficacy and controlled dosage, reduced evaporation and drift

Reduces pesticide evaporation rate by 40% (significantly effective in high-temperature seasons), reduces droplet drift loss by 30%, allowing more active pesticide ingredients to reach the target. With the same efficacy, it can reduce pesticide concentration by 20%-30%, lowering the risk of resistance and excessive residues.


Product Detail

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Application Scenarios

1. Herbicide Enhancement

For difficult-to-control weeds: Reeds, foxtail grass, goosegrass, etc., when used in combination with glyphosate or glufosinate, weed mortality increases from 70% to 95%, accelerating weed death by 2-3 days.

For resistant weeds: By enhancing the adhesion of the herbicide to the velvety leaves, it solves the problem of herbicide resistance in weeds such as barnyard grass and crabgrass, reducing the number of repeated applications.

2. Fungicide/Insecticide Enhancement

For leaf-back pests: Spider mites, thrips, aphids, etc., the herbicide penetrates the waxy layer on the underside of leaves, increasing the insecticidal rate by 30%.

For soil-borne diseases: Adding adjuvants during root drenching increases the diffusion radius of the herbicide in the soil from 20cm to 50cm, improving the control rate of root rot by 25%.

3. Enhanced Efficacy of Foliar Fertilizers/Growth Regulators

Nutrient Absorption: Promotes the absorption of micronutrients such as calcium, magnesium, and boron, accelerating the correction of nutrient deficiencies by 50%;

Growth Regulation and Yield Increase: Enhances the translocation efficiency of plant growth regulators, resulting in more uniform growth control and a 20% increase in lodging resistance for corn and rice.

Standardized Application Procedure

1. Dilution Method

Regular Spraying:

Recommended Dosage: 5-10ml (1-2 capfuls) of this product per acre, diluted in 15-30kg of water, stir well before use;

Mixing Order: First pour the pesticide into the sprayer, then add this product, and finally add water to the mark to avoid excessive foaming.

Drip Irrigation/Fertigation:

Dosage: 10-20ml per acre, mixed with water-soluble fertilizers and biological agents, then applied with irrigation water to enhance root absorption efficiency.

2. Spraying Techniques

Optimal Time: Apply on a sunny day before 10 AM or after 4 PM when leaf stomata are open. In high temperatures (>35℃), increase the dilution ratio (1:3000).

Spray Pressure: Use a low-pressure fine mist nozzle (≤2MPa) to ensure droplet diameter of 100-200μm for optimal spreading.

Reapplication Interval: If two applications are needed, intervals of 7-10 days are required to avoid excessive penetration and phytotoxicity.

3. Contraindications

Do not mix with strongly alkaline pesticides (such as lime sulfur or Bordeaux mixture). A pH > 9 will cause adjuvant inactivation.

When mixing with emulsifiable concentrate pesticides, it is recommended to dilute the emulsifiable concentrate before adding this product to avoid demulsification and stratification.

When using herbicides in combination, conduct a small-scale test first to prevent phytotoxicity due to excessive penetration (especially in sensitive crops such as legumes and cotton seedlings).


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