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Description
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Benefits
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Application
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Composition
Atul Amsac (Indoxacarb 14.5% SC) is a novel oxadiazine chemistry insecticide, specially formulated to control resistant populations of lepidopteran pests. It acts both as a contact and stomach poison, ensuring fast pest knockdown and extended crop protection.
Amsac works by blocking sodium ion entry into the pest’s nerve cells, leading to paralysis and death. It is highly effective against bollworms, fruit borers, pod borers, and diamondback moths, making it a trusted choice for cotton, chilli, tomato, cabbage, and pigeon pea farmers. With its unique mode of action and rainfastness, Amsac delivers consistent results even under challenging conditions.
Manufacturer: Atul Limited
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- Effective control of resistant lepidopteran pests in major crops.
- Acts as both contact and stomach insecticide for maximum effectiveness.
- Rainfast within two hours, ensuring reliable performance after spraying.
- Targets all larval stages, reducing pest resurgence.
- Safe for beneficial insects in cotton and cabbage ecosystems.
- Supports Insect Resistance Management (IRM) programs.
- Delivers broad-spectrum protection for higher yields and healthier crops.
Apply Amsac as a foliar spray for effective control of insect pests. Use clean water and recommended spraying equipment for best results.
- Cotton: 200 ml per acre for control of bollworms.
- Cabbage: 100–200 ml per acre for diamondback moth.
- Chilli: 100–200 ml per acre for fruit borer.
- Tomato: 200 ml per acre for fruit borer.
- Pigeon Pea: 200 ml per acre for pod borer complex.
Note: Always mix with sufficient water for uniform coverage. Follow local agricultural guidelines for spraying intervals.
- Active Ingredient: Indoxacarb (S-isomer) 14.5% SC
- Formulation Type: Suspension Concentrate (SC)
- Appearance: Cream coloured suspension
- Molecular Formula: C22H17ClF3N3O7
- Molecular Weight: 527.8
- Density: 1.04 g/ml
- pH (1% solution): 4.5 – 7.0
This unique oxadiazine-based formulation ensures broad-spectrum activity and high effectiveness against resistant pest populations.