JU Decigen is a high-performance, systemic insecticide formulated with Chlorantraniliprole 18.5% SC. Engineered by JU Agri Sciences Pvt. Ltd., it features a unique mode of action specifically designed to control a broad spectrum of lepidopteran pests. Decigen is an essential tool for modern integrated pest management (IPM), offering farmers a reliable solution to overcome insect resistance and safeguard their harvest.

Key Features & Benefits:

• Unique Muscle Paralysis: Operates through a specialized mechanism that induces muscle paralysis in pests, leading to rapid cessation of feeding.

• Rapid Feeding Cessation: Insects stop causing damage to crops within minutes of exposure, preventing further yield loss immediately.

• Complete Life-Cycle Control: Highly effective against pests at all developmental stages, from larvae to adults.

• Extended Residual Activity: Provides long-lasting protection, reducing the need for frequent repeat sprays and lowering labor costs.

• Safety & Compatibility: Exceptional safety profile for both the host crop and non-target beneficial organisms.

• User-Friendly: The SC (Suspension Concentrate) formulation ensures easy mixing and seamless application, enhancing convenience for the grower.

Targeted Pest Management:

JU Decigen is a cornerstone product for vegetable and field crop farmers, particularly during sensitive flowering and fruiting stages. Its broad-spectrum efficacy makes it the go-to choice for managing major chewing and sucking pests.

Recommended Dosage Table:

Why Choose JU Decigen?

Whether you are managing large-scale field crops or specialised vegetable farming, JU Decigen provides the reliability needed to maintain crop vigour and maximise yield potential. By stopping pest damage early and providing a long-lasting barrier, it ensures that your produce meets the highest quality standards.

Note: Always follow the specific application instructions found on the product label. Ensure proper agitation of the tank mix before application to achieve a homogeneous solution and optimal field coverage.