#folicur

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Bayer Folicur Fungicide: A Complete Guide to Technical Name, Dosage, Uses, and Benefits

Introduction of Bayer Folicur Fungicide

Crop protection plays a crucial role in achieving high yield and quality produce. Fungal diseases are one of the major threats that affect crop growth and ultimately reduce farmers’ profits. One of the most trusted fungicides for controlling a wide range of fungal diseases in India is Bayer Folicur Fungicide. Known for its preventive and curative action, Folicur offers long-lasting protection against deadly fungal attacks.

This blog explains everything you need to know about Bayer Folicur Fungicide, including its technical name, dosage, dose per acre, dose per liter, content, uses, and benefits.

What is Bayer Folicur Fungicide?

Bayer Folicur is a systemic fungicide widely used to control various fungal diseases such as rust, sheath blight, powdery mildew, leaf spot, and scab across multiple crops. Its rapid action helps stop disease development and protects crops for a longer duration. Farmers trust Folicur due to its reliable performance and broad disease control spectrum.

Technical Name of Bayer Folicur Fungicide

The technical name (active ingredient) of Bayer Folicur Fungicide is:

Bayer Folicur Fungicide Content

Bayer Folicur contains:

Technical Content: Tebuconazole 25.9%

Formulation Type: EC (Emulsifiable Concentrate)

Mode of Action: Systemic fungicide with protective, curative, and eradicative properties

This means the product not only prevents fungal infections but also cures existing diseases and stops further spread.

Bayer Folicur Fungicide Dosage

The dosage of Bayer Folicur depends on crop type and disease intensity. Below is the standard recommended dose: CropDisease ControlledRecommended Dose/Acre Paddy (Rice) Sheath Blight: 200–300 ml/acre WheatRust 200 ml/acre Groundnut Leaf Spot 200–250 ml/acre Chilli Anthracnose, Leaf Spot 200–300 ml/acre Apple Scab 200–250 ml/acre GrapesPowdery Mildew 200–300 ml/acre Soybean Rust  200–250 ml/acre

Bayer Folicur Fungicide Dose Per Litre of Water

1.5 to 2 ml per litre of water

Depending on crop canopies, farmers may mix 200–300 ml of Folicur in 200 liters of water per acre to achieve effective coverage.

How to Use Bayer Folicur Fungicide?

Follow these guidelines for best results:

Mix the recommended dose of Folicur in water.

Ensure uniform spraying on leaves, stems, and affected areas.

Use a knapsack sprayer, foot sprayer, or battery sprayer.

Prefer spraying during early morning or late afternoon.

Avoid spraying during high wind or rainfall.

Bayer Folicur Fungicide Uses

It is effective on a wide range of crops. Below are its major uses:

Wide Crop Coverage

Cereals (Paddy, Wheat, Maize)

Pulses and Oilseeds (Soybean, Groundnut)

Fruits (Apple, Grapes, Banana)

Vegetables (Chilli, Tomato, Cucumber)

Commercial crops (Sugarcane, Cotton)

Diseases Controlled by Bayer Folicur

Rust (Pod blight) (Wheat, Soybean, Groundnut)

Sheath Blight (Paddy)

Anthracnose (Chilli, Fruits)

Powdery Mildew (Grapes, Cucurbits)

Leaf Spot (Groundnut, Cotton, Vegetables)

Scab (Apple)

Benefits of Bayer Folicur Fungicide

Using Bayer Folicur provides multiple agronomic and economic benefits:

1. Broad-Spectrum Disease Control

Folicur targets multiple fungal diseases affecting crops at different growth stages.

2. Systemic Action

Once absorbed, it travels through the plant’s vascular system, protecting internal and newly formed plant tissues.

3. Both Preventive and Curative

Folicur prevents fungal infection, cures existing disease, and removes hidden infections.

4. Improves Yield and Quality

By keeping crops disease-free, it enhances yield quantity and improves fruit & grain quality, ensuring better market prices.

5. Long-Lasting Protection

Its prolonged effect reduces the number of sprays required, saving cost and labor.

6. Rainfast Properties

Once absorbed, rainfall does not reduce its effectiveness, making it suitable for unpredictable weather conditions.

Safety Precautions While Using Bayer Folicur

Wear gloves, a mask, and protective clothing during spraying.

Avoid spraying against the wind direction.

Keep the product away from children and livestock.

Wash your hands and equipment thoroughly after spraying.

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PPT - Effectiveness of practiced management options to control sheath blight disease PowerPoint Presentation - ID:13862121

Severity of the infection of sheath blight disease can be very devastating problem to the farmer for rice cultivation. Some of these consequences are major yield losses. The objective to identify sustainable management options for sheath blight disease. Field experiments were conducted with cultivated variety Swarna during three consecutive kharif seasons belong to the area of Rajshahi zone at three locations (Paba, Baraigram, Patnitala). Two management systems viz. Floating debris with Folicur and Folicur with ½ MOP were used in three locations to compare their effectiveness against rice sheath blight disease. The highest fertile tiller hill-1 was recorded at Paba location using Floating debris with Folicur. Maximum disease incidence was recorded at Patnitala location and minimum disease incidence was found at Baraigram. Between two management Floating debris with Folicur was better than Folicur with ½ MOP to reduces the disease incidence at all locations. The highest yield was found at Paba location using Floating debris with Folicur. Between two management systems, Floating debris with Folicur was better than Folicur with ½ MOP (Muriate of potash) to increase yield. Considering the efficiency and eco-friendly it would be considered that Floating debris with Folicur was effective management for sheath blight disease of rice.

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Effectiveness of practiced management options to control sheath blight disease of rice

Severity of the infection of sheath blight disease can be very devastating problem to the farmer for rice cultivation. Some of these consequences are major yield losses. The objective to identify sustainable management options for sheath blight disease. Field experiments were conducted with cultivated variety Swarna during three consecutive kharif seasons belong to the area of Rajshahi zone at three locations (Paba, Baraigram, Patnitala). Two management systems viz. Floating debris with Folicur and Folicur with ½ MOP were used in three locations to compare their effectiveness against rice sheath blight disease. The highest fertile tiller hill-1 was recorded at Paba location using Floating debris with Folicur. Maximum disease incidence was recorded at Patnitala location and minimum disease incidence was found at Baraigram. Between two management Floating debris with Folicur was better than Folicur with ½ MOP to reduces the disease incidence at all locations. The highest yield was found at Paba location using Floating debris with Folicur. Between two management systems, Floating debris with Folicur was better than Folicur with ½ MOP (Muriate of potash) to increase yield. Considering the efficiency and eco-friendly it would be considered that Floating debris with Folicur was effective management for sheath blight disease of rice.

[oaresearchpaper]

Effectiveness of practiced management options to control sheath blight disease of rice

Severity of the infection of sheath blight disease can be very devastating problem to the farmer for rice cultivation. Some of these consequences are major yield losses. The objective to identify sustainable management options for sheath blight disease. Field experiments were conducted with cultivated variety Swarna during three consecutive kharif seasons belong to the area of Rajshahi zone at three locations (Paba, Baraigram, Patnitala). Two management systems viz. Floating debris with Folicur and Folicur with ½ MOP were used in three locations to compare their effectiveness against rice sheath blight disease. The highest fertile tiller hill-1 was recorded at Paba location using Floating debris with Folicur. Maximum disease incidence was recorded at Patnitala location and minimum disease incidence was found at Baraigram. Between two management Floating debris with Folicur was better than Folicur with ½ MOP to reduces the disease incidence at all locations. The highest yield was found at Paba location using Floating debris with Folicur. Between two management systems, Floating debris with Folicur was better than Folicur with ½ MOP (Muriate of potash) to increase yield. Considering