Fungicide #6551384

Features : It has a unique dry Flowable formulation which can be described as "liquids with properties of solids and solids with properties of liquids” thus offering benefits of solids and liquid formulation removing the limitations of both WP and SC formulations

Features 

It has a unique dry Flowable formulation which can be described as "liquids with properties of solids and solids with properties of liquids” thus offering benefits of solids and liquid formulation removing the limitations of both WP and SC formulations

Mode Of Action 

Sixer works by inhibiting the development of Fungi by interfering with spindle formation at mitosis ( cell division ) and affects the nervous system by inhibiting spore germination and biochemical processes within fungal pathogen cell.

Mode of Action 

Sixer works by inhibiting the development of Fungi by interfering with spindle formation at mitosis ( cell division ) and affects the nervous system by inhibiting spore germination and biochemical processes within fungal pathogen cell.

Mode of Action 

It’s a dual systemic fungicide which inhibits spore germination at the early stage of fungal development. Thus, it protects the crop against invasion by fungal pathogens. It’s taken up by the plants and acts on the fungal pathogen during penetration and haustoria formation. Thus, it stops the development of fungi by interfering with the biosynthesis of sterols in the cell membrane.

Benefits of Merivon Xemium Brand Fungicide

Long-lasting, broad spectrum disease protectionProvides advanced plant health benefitsMore consistent performance than competitve productsDrives market-leading yields

How Merivon Fungicide Works

Merivon is powered by Xemium fungicide, an active ingredient that continuously distributes its chemistry throughout the leaf to deliver longer-lasting disease protection. Merivon is a combination of Xemium and pyraclostrobin. This combination delivers longer-lasting disease protection, advanced plant health benefits and healthier, higher-quality fruit. Field trials have demonstrated that Merivon consistently delivers high-quality crops and market-leading yields.

Mode of Action

Vitavax Power protects the seed and emerging seedlings from seed and early seed borne diseases such as bunt, loose smut, covered smut, collar and charcoal rot, seedling diseases and blight in most of the crops.

Mode of Action

Vitavax Power protects the seed and emerging seedlings from seed and early seed borne diseases such as bunt, loose smut, covered smut, collar and charcoal rot, seedling diseases and blight in most of the crops.

Mode of Action

Vitavax Power protects the seed and emerging seedlings from seed and early seed borne diseases such as bunt, loose smut, covered smut, collar and charcoal rot, seedling diseases and blight in most of the crops.

Mode of Action

Vitavax Power protects the seed and emerging seedlings from seed and early seed borne diseases such as bunt, loose smut, covered smut, collar and charcoal rot, seedling diseases and blight in most of the crops.

Mode of Action :

• A systemic fungicide rapidly absorbed through the plant leaves or roots, with translocation both acropetally and basipetally.
• Fungicide Resistance Action Committee (FRAC) Classification No. 33 (unknown)

Advantages :

• As a result of its complex mode of action, there have been no confirmed cases of fungal resistance development to Aliette under practical use conditions, despite the intensive use of this active ingredient since its introduction in 1978
• Aliette is effective principally against Phycomycetes fungi of the Oomycete family, notably Phytophthora, Pythium, Bremia and Peronospora
• Aliette is a true systemic fungicide, which is rapidly absorbed by the plant root or leaves and is translocated in both upward and downward direction, particularly to the growing parts
• Rapid absorption ensures the rain fastness
• Recommended for use in integrated resistance management

Mode of Action :

• A systemic fungicide rapidly absorbed through the plant leaves or roots, with translocation both acropetally and basipetally.
• Fungicide Resistance Action Committee (FRAC) Classification No. 33 (unknown)

Advantages :

• As a result of its complex mode of action, there have been no confirmed cases of fungal resistance development to Aliette under practical use conditions, despite the intensive use of this active ingredient since its introduction in 1978
• Aliette is effective principally against Phycomycetes fungi of the Oomycete family, notably Phytophthora, Pythium, Bremia and Peronospora
• Aliette is a true systemic fungicide, which is rapidly absorbed by the plant root or leaves and is translocated in both upward and downward direction, particularly to the growing parts
• Rapid absorption ensures the rain fastness
• Recommended for use in integrated resistance management

Mode of Action :

• A systemic fungicide rapidly absorbed through the plant leaves or roots, with translocation both acropetally and basipetally.
• Fungicide Resistance Action Committee (FRAC) Classification No. 33 (unknown)

Advantages :

• As a result of its complex mode of action, there have been no confirmed cases of fungal resistance development to Aliette under practical use conditions, despite the intensive use of this active ingredient since its introduction in 1978
• Aliette is effective principally against Phycomycetes fungi of the Oomycete family, notably Phytophthora, Pythium, Bremia and Peronospora
• Aliette is a true systemic fungicide, which is rapidly absorbed by the plant root or leaves and is translocated in both upward and downward direction, particularly to the growing parts
• Rapid absorption ensures the rain fastness
• Recommended for use in integrated resistance management

Mode of Action

Folicur acts as a systemic fungicide. Demethylase inhibitors (DMI) – interfere in the process of building the structure of the fungal cell wall. Finally, inhibit the reproduction and further growth of the fungus. Fungicide Resistance Action Committee (FRAC) Classification No.3

Advantages

• Broad-spectrum action against many crop diseases.
• Prophylactic, curative, eradicative efficacy.
• Excellent Plant Growth (PG) effect.
• Improves the quality of produce.

Recommendations for use

• Folicur is applied as a protective as well as curative
• fungicide, at early appearance of the disease.

Mode of Action

Folicur acts as a systemic fungicide. Demethylase inhibitors (DMI) – interfere in the process of building the structure of the fungal cell wall. Finally, inhibit the reproduction and further growth of the fungus. Fungicide Resistance Action Committee (FRAC) Classification No.3

Advantages

• Broad-spectrum action against many crop diseases.
• Prophylactic, curative, eradicative efficacy.
• Excellent Plant Growth (PG) effect.
• Improves the quality of produce.

Recommendations for use

• Folicur is applied as a protective as well as curative
• fungicide, at early appearance of the disease.

Mode of Action

Folicur acts as a systemic fungicide. Demethylase inhibitors (DMI) – interfere in the process of building the structure of the fungal cell wall. Finally, inhibit the reproduction and further growth of the fungus. Fungicide Resistance Action Committee (FRAC) Classification No.3

Advantages

• Broad-spectrum action against many crop diseases.
• Prophylactic, curative, eradicative efficacy.
• Excellent Plant Growth (PG) effect.
• Improves the quality of produce.

Recommendations for use

• Folicur is applied as a protective as well as curative
• fungicide, at early appearance of the disease.

Key Benefit

• Galileo sensa
• Fungicide with combination of two modes of action and both preventive and curative action for effective control of diseases.

Features

• Combination of two modes of action and both preventive and curative action leads to excellent protection against difficult to control diseases and more it an ideal resistance management and IDM tool.
• It has unique redistribution properties viz Systemic and Translaminar movement, diffusion in the wax layer, redistribution by air, Axial redistribution.

Mode of Action

• Picoxystrobin a strobilurin fungicide inhibits mitochondrial respiration. Bind at the Qo centre  on cytochrome b and block  electron transfer between cytochrome b and cytochrome c1. This disrupts the energy cycle wihin the fungus by halting production of ATP.
• Tricyclazole belongs to group of melanin biosynthesis inhibitor. It inhibits of melanin formation in fungi. It is a systemic fungicide that gets rapidly absorbed and translocated all over the plants. It is a specialty systemic fungicide. The product is rapidly absorbed by rice plant and translocated towards leaf tips. It is a protectant fungicide that prevents the fungus from penetrating the plant. Inhibition occurs when the fungus attempts to penetrate and establish an infection site inside the plant.
• Tricyclazole treated spores are unable to penetrate as it cannot synthesize melanin and by doing so cannot generate enough turgor pressure to rupture host cuticle. Tricyclazole also inhibits the spore formation and release from sporophores. Spores formed are also less virulent.

Key Benefit

• Galileo sensa
• Fungicide with combination of two modes of action and both preventive and curative action for effective control of diseases.

Features

• Combination of two modes of action and both preventive and curative action leads to excellent protection against difficult to control diseases and more it an ideal resistance management and IDM tool.
• It has unique redistribution properties viz Systemic and Translaminar movement, diffusion in the wax layer, redistribution by air, Axial redistribution.

Mode of Action

• Picoxystrobin a strobilurin fungicide inhibits mitochondrial respiration. Bind at the Qo centre  on cytochrome b and block  electron transfer between cytochrome b and cytochrome c1. This disrupts the energy cycle wihin the fungus by halting production of ATP.
• Tricyclazole belongs to group of melanin biosynthesis inhibitor. It inhibits of melanin formation in fungi. It is a systemic fungicide that gets rapidly absorbed and translocated all over the plants. It is a specialty systemic fungicide. The product is rapidly absorbed by rice plant and translocated towards leaf tips. It is a protectant fungicide that prevents the fungus from penetrating the plant. Inhibition occurs when the fungus attempts to penetrate and establish an infection site inside the plant.
• Tricyclazole treated spores are unable to penetrate as it cannot synthesize melanin and by doing so cannot generate enough turgor pressure to rupture host cuticle. Tricyclazole also inhibits the spore formation and release from sporophores. Spores formed are also less virulent.

Key Benefit

• Galileo sensa
• Fungicide with combination of two modes of action and both preventive and curative action for effective control of diseases.

Features

• Combination of two modes of action and both preventive and curative action leads to excellent protection against difficult to control diseases and more it an ideal resistance management and IDM tool.
• It has unique redistribution properties viz Systemic and Translaminar movement, diffusion in the wax layer, redistribution by air, Axial redistribution.

Mode of Action

• Picoxystrobin a strobilurin fungicide inhibits mitochondrial respiration. Bind at the Qo centre  on cytochrome b and block  electron transfer between cytochrome b and cytochrome c1. This disrupts the energy cycle wihin the fungus by halting production of ATP.
• Tricyclazole belongs to group of melanin biosynthesis inhibitor. It inhibits of melanin formation in fungi. It is a systemic fungicide that gets rapidly absorbed and translocated all over the plants. It is a specialty systemic fungicide. The product is rapidly absorbed by rice plant and translocated towards leaf tips. It is a protectant fungicide that prevents the fungus from penetrating the plant. Inhibition occurs when the fungus attempts to penetrate and establish an infection site inside the plant.
• Tricyclazole treated spores are unable to penetrate as it cannot synthesize melanin and by doing so cannot generate enough turgor pressure to rupture host cuticle. Tricyclazole also inhibits the spore formation and release from sporophores. Spores formed are also less virulent.

Mode of Action

• Tebuconazole is dimethylase inhibitor (DMI) - interferes in process of building the structure of fungal cell wall. Finally it inhibits the reproduction and further growth of fungus.
• Trifloxystrobin interferes with respiration in plant pathogenic fungi. 
• Fungicide Resistance Action Committee (FRAC) Classification 
• No.Tebuconazole 3; Trifloxystrobin 1

Advantages

• Combination of two different modern modes of action - Excellent protective and curative activity due to Tebuconazole& protective action due to Trifloxystrobin
• Demonstrates mesostemic action (good penetration & re-distribution)
• Gives broad spectrum control on targeted diseases, with flexibility in application time
• Excellent resistance management tool
• Provides stress tolerance to crops against biotic and abiotic factors
• Enhances yield and improves milling quality

Recommendations for Use

Nativo is recommended to be applied at early appearance of disease.