Pucheng Star 47WP is a potent fungicide and bactericide formulated by Alnoor Agro Chemicals, combining 2% Kasugamycin and 45% Copper Oxychloride.
This dual-action product is designed to effectively combat a range of fungal and bacterial diseases across various crops, ensuring healthier plants and improved yields.​
Key Features:
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Dual Active Ingredients: The synergy of Kasugamycin, a systemic agent with protective and curative properties, and Copper Oxychloride, a contact fungicide, provides comprehensive disease control.​
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Broad-Spectrum Efficacy: Effective against diseases such as citrus canker, citrus scab, leaf and neck blast of rice, and bacterial leaf spot diseases in grapes.
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Protective and Curative Action: Offers both preventive measures and treatment for existing infections, ensuring robust plant health.​
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Rainfastness: Demonstrates excellent adherence to plant surfaces, maintaining efficacy even after rainfall.
Usage Recommendations:
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Citrus Orchards: To control citrus canker and scab, apply 240-400 grams per 100 liters of water as a foliar spray. In cases of severe infection, repeat the application every 7-10 days.
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Garlic Crops: For fungal and bacterial diseases, use 400 grams per acre. Initiate spraying at the first sign of disease or when conditions favor disease development. ​
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Rice and Grapes: Consult local agricultural extension services for specific application rates and timings tailored to regional conditions.​
Benefits:
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Enhanced Crop Protection: The combined action of the two active ingredients ensures a broader spectrum of disease control, leading to healthier crops and higher yields.
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Versatility: Suitable for use on multiple crops, including citrus fruits, garlic, rice, and grapes, making it a valuable tool for diverse farming operations.​
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Environmental Compatibility: Copper Oxychloride is known for its minimal environmental impact, breaking down naturally in soil and water.
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Resistance Management: The combination of two different modes of action helps in reducing the likelihood of resistance development in target pathogens..
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