Armatura Fungicide
Armatura Fungicide is a modern, research-driven fungicide powered by Polyoxin D Zinc Salt 5% SC, designed to provide targeted control against stubborn fungal and bacterial diseases. It works by inhibiting chitin biosynthesis in fungal cell walls, effectively stopping pathogen growth and preventing further spread.
Polyoxin-based chemistry is widely recognized for its unique mode of action, making it an excellent resistance management tool. Armatura offers both preventive and early curative action, making it ideal for high-value horticultural crops where quality and yield protection are critical.
Armatura is particularly effective against diseases such as Early Blight, Alternaria leaf spots, and bacterial leaf spot complex in vegetables and fruit crops. Its systemic-localized activity ensures better penetration and longer protection.
Armatura Fungicide Product Overview
| Feature | Details |
|---|---|
| Product Name | Jivagro Armatura |
| Brand | Jivagro |
| Category | Fungicide |
| Technical Content | Polyoxin D Zinc Salt 5% SC |
| Formulation | Suspension Concentrate (SC) |
| Chemical Toxicity | As per label classification |
| Mode of Action | Chitin Biosynthesis Inhibitor (Cell Wall Synthesis Blocker) |
| Resistance Management Group | Polyoxin Group (Chitin Inhibitor) |
Armatura Fungicide Features and Benefits
Unique Mode of Action: Blocks fungal cell wall formation by inhibiting chitin synthesis, stopping disease development at the cellular level.
Preventive & Early Curative: Provides protection before infection and controls early-stage infections.
Resistance Management Tool: Different chemistry compared to triazoles and strobilurins, helping in anti-resistance strategies.
Targeted Disease Suppression: Highly effective against Alternaria spp., bacterial leaf spot complex, and related foliar pathogens.
Crop Safety: Suitable for vegetables and fruit crops when used as per label recommendations.
Improved Yield Quality: Protects foliage health, ensuring better photosynthesis and higher marketable produce.
Rain Fastness: Approximately 3 hours after spray (subject to environmental conditions).
Usage and Crop Recommendations
| Crop | Target Diseases | Dosage/ha | Dilution in Water (L/Ha) | Waiting Period |
|---|---|---|---|---|
| Tomato | Early Blight, Leaf Spot | 300–500 ml | 500 L | 7 Days |
| Chilli | Leaf Spot, Dieback (fungal complex) | 300–500 ml | 500 L | 7 Days |
| Potato | Early Blight | 300–500 ml | 500 L | 10 Days |
| Grapes | Leaf Spot | 300–500 ml | 500–1000 L | 7 Days |
| Cucumber | Alternaria, Leaf Spot | 300–500 ml | 500 L | 5 Days |
Method of Application: Foliar Spray. Apply at the first appearance of disease or as a preventive schedule during favorable disease conditions. Ensure uniform coverage on both upper and lower leaf surfaces.
Technical Insight
Polyoxin D Zinc Salt belongs to a unique antifungal class derived from Streptomyces species. It specifically targets chitin formation, an essential structural component of fungal cell walls. Without chitin, fungi cannot maintain structural integrity, leading to rapid disease suppression.
Unlike many conventional fungicides that disrupt sterol synthesis or respiration, Polyoxin-based fungicides act on cell wall biosynthesis, making them valuable in rotation programs to delay resistance development.
Disclaimer
Always read and follow the instructions on the original product label before use. Use recommended protective equipment during application. Dosage and waiting period may vary based on crop stage and regional guidelines. AgroVedh is not responsible for losses due to misuse or deviation from labeled instructions.
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