Aliette Fungicide Bayer 80% WP 1Kg & 250gm Fosetyl Aluminum


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Sale priceRs.3,650.00

Description

Aliette Fungicide Bayer 80% WP (Wettable Powder) is a potent, systemic fungicide designed to control and manage fungal diseases caused by the Phytophthora species, a genus of fungi responsible for many devastating plant diseases. This product contains 80% Fosetyl Aluminum, an active ingredient known for its effectiveness in treating a variety of fungal infections across a wide range of crops.

The formulation is water-soluble, which ensures ease of use for foliar and irrigation applications, delivering robust protection that penetrates deep into plant tissues. This fungicide not only acts as a preventive measure but also helps in treating ongoing fungal infections, providing both immediate and long-term disease control.

Key Features of Aliette Fungicide Bayer 80% WP

  • Active Ingredient: 80% Fosetyl Aluminum, a systemic fungicide that offers deep-rooted protection by being absorbed through plant tissues and transported throughout the plant’s vascular system.

  • Application Method: Suitable for foliar application or through irrigation, providing flexibility in how it’s applied.

  • Effectiveness: It controls a broad spectrum of fungal diseases, including late blight in potatoes and tomatoes, downy mildew in grapes, root rot in avocados and citrus, and Phytophthora blight in ornamentals.

  • Rainfastness: Once the product dries on the plant surface, it remains effective even in wet weather, ensuring consistent protection.

  • Phytotoxicity: Low phytotoxicity, making it safe for plants when used as directed, even for sensitive varieties.

  • Longevity: Offers long-lasting protection, reducing the frequency of application and minimizing the overall pesticide load.

Benefits Of Using Aliette Fungicide Bayer 80% WP

Broad-Spectrum Activity

Aliette Fungicide Bayer 80% WP is highly effective against a wide variety of fungal diseases, particularly those caused by Phytophthora species. These include:

  • Late blight of potatoes and tomatoes
  • Downy mildew of grapes
  • Root rot of avocado and citrus
  • Phytophthora blight of ornamentals such as chrysanthemums, roses, and other ornamental plants.

It is particularly beneficial for crops in humid, wet environments where fungal pathogens thrive.

Systemic Protection

Being systemic in nature, Aliette Fungicide is absorbed by the plant and transported throughout its vascular system. This enables the plant to receive uniform protection both internally and externally, ensuring that hard-to-reach areas like the roots and lower leaves are also protected.

Rainfastness

Once the application is dry, the fungicide remains effective even in rainy conditions. This is particularly useful in regions where rain is frequent, as it minimizes the need for reapplication after rainfall.

Long-Term Disease Control By Aliette Fungicide Bayer

The product provides extended protection against fungal pathogens, reducing the frequency of treatments. This makes it a cost-effective option for farmers, gardeners, and commercial growers.

Low Phytotoxicity

Aliette Fungicide is safe for most crops, as it has low phytotoxicity when used as directed. This means there is little risk of damage to the plants, even when applied at recommended doses.

Versatile Application Methods

Whether through foliar sprays or irrigation systems, Aliette Fungicide can be applied in multiple ways, offering flexibility to users depending on the crop type, growing method, and scale of application.

How Aliette Fungicide Bayer 80% WP Works?

Aliette Fungicide Bayer 80% WP works by inhibiting the growth and reproduction of fungal pathogens, particularly those in the Phytophthora genus. The active ingredient, Fosetyl Aluminum, disrupts the cellular integrity of the fungi, preventing them from spreading. By being systemic, the fungicide is absorbed by the plant and moves throughout its tissues, providing ongoing protection even after rainfall or irrigation.

Upon application, the product starts working immediately, targeting fungal spores and preventing the fungi from establishing itself in new growth. Over time, it strengthens the plant’s defenses, making it more resistant to future fungal attacks.

Targeted Diseases and Crops

Disease Type

Affected Crop(s)

Symptoms 

Late Blight

Potatoes, Tomatoes

Yellowing, wilting, and blackened spots on leaves. Can lead to rapid plant death.

Downy Mildew

Grapes

Pale or yellowing leaves, downy growth under the leaves, and stunted growth.

Root Rot

Avocados, Citrus

Wilting, yellowing of leaves, and root decay.

Phytophthora Blight

Ornamentals (e.g., Chrysanthemums, Roses)

Brown or black lesions on leaves, stems, and flowers. Can lead to plant collapse.

 

Recommended Usage for Aliette Fungicide Bayer 80% WP

1. Foliar Application

To apply Aliette Fungicide Bayer 80% WP through foliar application:

  • Step 1: Mix 250 grams of Aliette Fungicide per acre of water.

  • Step 2: Apply the solution to the plant leaves until they are thoroughly wet, ensuring complete coverage.

  • Step 3: Repeat the application every 7-10 days or as needed, depending on disease pressure and weather conditions.

2. Irrigation Application

For irrigation systems, the product can be dissolved and applied via drip or sprinkler systems:

  • Step 1: Mix 250 grams of Aliette Fungicide per acre of irrigation water.

  • Step 2: Apply the solution through the irrigation system.

  • Step 3: Repeat the application every 7-10 days or as needed, adjusting based on plant needs.

Frequently Asked Questions

What is Fosetyl Aluminum, and how does it work?

Fosetyl Aluminum is an active ingredient that has systemic properties, meaning it is absorbed by the plant and distributed through its vascular system. It inhibits the growth of fungal cells by disrupting their cellular functions. This helps prevent fungal infections from spreading within the plant.

How long does the protection last after application?

Once applied, Aliette Fungicide provides long-lasting protection, typically for 7-10 days. The frequency of application can be adjusted depending on environmental conditions and the severity of fungal pressure.

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