Abamectin 5% + Etoxazole 15% SC

ICAMA Reg. No. PD20181061

Product Category: Insecticides 

A potent combination formulation targeting multiple life stages of mites to ensure effective management and comprehensive control of mite infestations

Why Choose?

• Delivers dual-action control, effectively targeting both adult mites and their developmental stages.

• Exhibits translaminar activity, ensuring thorough protection by penetrating leaf tissues.

• Offers extended residual control, reducing the frequency of applications needed.

Key Features:

1.      Dual-Action Mechanism: Combines abamectin's neurotoxic effects on adult mites with etoxazole's inhibition of chitin synthesis in eggs and larvae, disrupting the mite life cycle at multiple stages.

2.      Translaminar Activity: Abamectin penetrates leaf tissues, forming a reservoir that provides sustained control of mites feeding on both upper and lower leaf surfaces.

3.      Extended Residual Control: Etoxazole's stability ensures prolonged activity against mite eggs and immature stages, reducing the need for frequent reapplications.

4.      Resistance Management Tool: The combination of two active ingredients with different modes of action helps delay the development of resistance in mite populations.

Detailed Description:

Abamectin 5% + Etoxazole 15% SC is a suspension concentrate formulation engineered for robust mite control in a variety of agricultural settings. Abamectin, derived from the fermentation of Streptomyces avermitilis, binds to glutamate-gated chloride channels in the nervous system of mites, leading to increased chloride ion influx, hyperpolarization of nerve cells, paralysis, and eventual death of the pest. Etoxazole, a diphenyl oxazoline derivative, acts as a chitin synthesis inhibitor by targeting the formation of the procuticle during molting, effectively preventing the development of eggs and immature mite stages into adults. This dual-action approach not only provides immediate knockdown of adult mites but also disrupts the reproductive cycle, leading to a significant reduction in mite populations over time. The translaminar movement of abamectin ensures that mites feeding on both sides of the leaf are exposed to the active ingredient, while etoxazole's residual activity offers extended protection, minimizing the need for repeated applications. This combination is particularly effective against species such as the citrus red mite (Panonychus citri) and the two-spotted spider mite (Tetranychus urticae), among others.

Effective Against:

·         Citrus Trees:

• Citrus  Red Mite (Panonychus citri): Causes leaf discoloration and  premature leaf drop, adversely affecting fruit quality and yield.

·         Vegetable Crops:

• Two-Spotted  Spider Mite (Tetranychus urticae): Infests a wide range of vegetables, leading to stippling, leaf bronzing, and reduced photosynthetic capacity.

·         Ornamental Plants:

• Southern Red Mite (Oligonychus ilicis): Affects ornamental plants, causing leaf browning and drop, which diminishes aesthetic value.

·         Fruit Trees:

• European Red Mite (Panonychus ulmi): Common in apple orchards, leading to leaf damage and potential yield loss.

Registered Scope and Method of Use

*Note: Apply at the onset of mite infestation, ensuring thorough and uniform coverage of foliage. Avoid application during windy conditions or if rainfall is expected within 24 hours to prevent runoff and ensure optimal efficacy.

Technical Application Requirements:

1.      Timing & Frequency: Initiate treatment at the early stages of mite infestation when populations are low to prevent exponential growth. Due to the extended residual activity, a single application per season is often sufficient; however, monitoring is essential to determine if additional treatments are necessary.

2.      Application Technique: Employ calibrated ground sprayers to achieve uniform foliar coverage. The use of fine droplets enhances contact with mites but ensure droplet size minimizes drift. In dense canopies, adjust spray volume and pressure to penetrate foliage effectively.

3.      Environmental Conditions: Optimal application conditions include temperatures between 15°C and 25°C with relative humidity above 60%, which enhance mite activity on leaf surfaces and improve contact efficacy. Avoid applications during peak sunlight hours to reduce photodegradation of active ingredients.

4.      Resistance Management: To mitigate the risk of resistance development, rotate with acaricides possessing different modes of action. Implement integrated pest management practices, including biological control agents and cultural methods, to maintain mite populations below economic thresholds.