The little kid among pesticides and fungicides epoxiconazol
What is epoxiconazol(106325-08-0)?
Epoxiconazol is a systemic triazole fungicide that can inhibit the synthesis of ergosterol in pathogens and hinder the formation of bacterial cell walls. The epoxiconazol molecule has a strong affinity for a fungal enzyme (C14 demethylase). It is more effective in inhibiting pathogenic fungi than currently known fungicides. epoxiconazolcan increase the chitinase activity of crops, causing the contraction of fungal haustoria and inhibiting the invasion of pathogens. This is a unique characteristic of epoxiconazo lamong all triazole products. It has good control effect on leaf spot, powdery mildew, rust on bananas, onions, garlic, celery, beans, melons, asparagus, peanuts, sugar beets and other diseases, as well as anthracnose, white rot and other diseases on grapes.
Fungicide epoxiconazol preparations SC, SE. Mechanism of action: Inhibitor of C-14 demethylase in sterol biosynthesis, with both protective and therapeutic effects. Suitable crops include wheat, barley, rice, sugar beet, rapeseed, leguminous crops, vegetables, grapes and apples. Crop Safety It is safe and non-toxic to crops at the recommended dosage.
ommon contents and dosage forms of epoxiconazol(106325-08-0)
12.5% suspending agent, 25% suspending agent, 30% suspending agent, 40% suspending agent, 70% water-dispersible granules, etc.
Physicochemical properties of epoxiconazol(106325-08-0)
Density: 1.394g/cm3
Cas 106325-08-0
Melting point: 136.2℃
Boiling point: 463.085°C at 760 mmHg
Flash point: 233.866°C
Vapor pressure: 0mmHg at 25°C
Solubility in water (20°C): 8.42mg/L
Solubility (g/100 ml, 20°C): acetone 14.4, dichloromethane 29.1, acetonitrile 7.0, ethyl acetate 9.8, n-heptane 0.046, isopropyl alcohol 1.2, methanol 2.8, n-octanol 1.1, toluene 4.4.
Stability: No hydrolysis for 12 days at pH 7 and pH 9.
Characteristics of epoxiconazol(106325-08-0)
1. The fungicide epoxiconazol has strong systemic properties and can be quickly absorbed by the plant and transmitted to the infected parts, causing the disease infection to stop immediately and local application to prevent and control it completely.
2. It has a long duration of effect. For example, the antibacterial effect on cereal crops can last for more than 40 days. The excellent duration of effect reduces the frequency of medication and labor costs.
3. It can not only effectively control diseases, but also improve the biochemical disease resistance of the crop itself by regulating the activity of enzymes (increasing the chitinase activity of the crop), greatly enhancing the disease resistance of the crop itself. Crops in the later period are less likely to get sick, which is something other triazole fungicides do not have, so many growers feel that after using epoxiconazole, it lasts a long time!
4. Protect leaves and make them greener, thereby ensuring maximum photosynthesis of crops, increasing yield and improving quality.
5. The fungicide epoxiconazol is a good medicine for treating rust. It is currently used on field crops, such as wheat, rice, corn, soybeans and other crops. As long as it is not used in the seedling stage, its safety factor is very high.
Advantages of epoxiconazol(106325-08-0)
1. Broad sterilization spectrum
The pesticide epoxiconazol is a triazole fungicide that has good control effects on a series of cereal crops such as blight, powdery mildew, eye streak, and more than ten diseases. It can also control sugar beets, peanuts, rapeseed, Lawn, coffee, rice and fruit tree diseases. It not only has good protection, treatment and eradication activities, but also has systemic and better residual activity.
2. Sterilization and protection, both
Epoxiconazol is a systemic triazole fungicide. Its active ingredient epoxiconazol inhibits the synthesis of ergosterol in pathogens and hinders the formation of bacterial cell walls. In addition,epoxiconazol molecules have strong affinity for a fungal enzyme. , more effective in inhibiting pathogenic fungi than known fungicides. epoxiconazolcan increase the activity of plant enzymes, causing the contraction of fungal haustoria and inhibiting the invasion of pathogens. This is a unique characteristic of epoxiconazol among all triazole products. Improve crop disease resistance.
3. Excellent compounding properties of epoxiconazole
The fungicide epoxiconazol can be used in combination with most fungicides. Common compound preparation certificates include pyraclostrobin + epoconazole, difenoconazole + epoconazole, prochloraz + epoconazole, thiopentazone Furamide + epoxiconazole, methylthiobacillus + epoxiconazole, etc. Expand the bactericidal spectrum and enhance crop resistance.
4. Improve crop photosynthesis
After spraying epoxiconazol, the leaves of crops can be made greener, thus ensuring maximum photosynthesis of crops, increasing yield and improving quality.
Effect of epoxiconazol(106325-08-0)
The principle of the pesticide and fungicide epoxiconazol is an inhibitor of sterol demethylation. It inhibits the demethylation of 1 and 4 in the biosynthesis of ergosterol, causing the reduction or deficiency of ergosterol and causing physiological abnormalities in the cell membrane. thus causing death due to physiological disorders. The main features of epoxiconazol are broad spectrum and long-lasting efficacy. It has very high activity against basidiomycetes and ascomycetes, and has a very good control effect on diseases of gramineous crops. It has a very good control and eradication effect on diseases caused by sex mainly in cereals and vegetable crops.
Functional characteristics and uses of epoxiconazol(106325-08-0)
The fungicide epoxiconazolis a triazole fungicide. It has good control effects on a series of cereal crops such as blight, powdery mildew, eye streak and more than ten diseases. It can also control sugar beets, peanuts, and rape. , lawn, coffee, rice and fruit tree diseases. It not only has good protection, treatment and eradication activities, but also has systemic and better residual activity.
Epoxiconazol is a systemic triazole fungicide. Its active ingredient epoxiconazol linhibits the synthesis of ergosterol in pathogens and hinders the formation of bacterial cell walls. In addition, epoxiconazol molecules are active against a fungal enzyme (14-dencthylase). Strong affinity, compared with known fungicides, it can inhibit pathogenic fungi more effectively. Epoxiconazo lcan increase the activity of plant enzymes, causing the contraction of fungal haustoria and inhibiting the invasion of pathogens. This is a unique characteristic of epoxiconazol among all triazole products. It has good control effect on leaf spot, powdery mildew, rust on bananas, onions, garlic, celery, beans, melons, asparagus, peanuts, sugar beets and other diseases, as well as anthracnose, white rot and other diseases on grapes.
The fungicide epoxiconazol has strong systemic properties and can be quickly absorbed by the plant and transmitted to the infected parts, causing the disease infection to stop immediately and local application for complete prevention and control.
The duration of effect is excellent, for example, the antibacterial effect on cereals can last for more than 40 days. The excellent persistence effect reduces the frequency of medication and labor costs.
It can not only effectively control diseases, but also improve the biochemical disease resistance of crops by regulating enzyme activity, greatly enhancing the disease resistance of crops themselves.
Make leaves greener, thereby ensuring maximum photosynthesis of crops, increasing yield and improving quality.
The fungicide epoxiconazol has a very good control effect on a series of cereal crop diseases such as blight, powdery mildew, eye streak, and more than ten diseases. It can also control sugar beet, peanut, rapeseed, lawn, coffee, Diseases in rice and fruit trees. It not only has good protection, treatment and eradication activities, but also has systemic absorption and good residual activity. The dosage is usually 75 to 125 grams of active ingredients/hectare, spray treatment. Dosage form: 12.5% epoxiconazol SC, 7.5% epoxiconazol EC Production method: Using fluorobenzene and o-chlorochlorobenzyl as starting materials, synthesize 1-(o-chlorophenyl)-2-(p-fluorophenyl) )-propylene, then NBS bromination, epoxidation, and finally condensation with 1H-1,2,4-triazole to obtain the final product; or 1-(o-chlorophenyl)-2-(p-fluorophenyl) - Propylene is brominated with NBS, condensed with 1H-1,2,4-triazole, and finally epoxidized to obtain the final product.
What diseases does epoxiconazol(106325-08-0) treat?
Epoxiconazol is a systemic triazole fungicide that can inhibit the synthesis of ergosterol of pathogens, hinder the formation of bacterial cell walls, and increase the chitinase activity of crops, causing the contraction of fungal haustoria and inhibiting the invasion of pathogens. It can prevent and control a variety of crop fungal diseases. It has good control effects on rice sheath blight, rice smut, rice blast, wheat sheath blight, rust, powdery mildew, etc. It also has certain control effects on wheat scab. It has a good control effect on leaf spot, powdery mildew, rust on bananas, onions, garlic, celery, beans, melons, asparagus, peanuts, sugar beets and other diseases, as well as anthracnose on grapes, and can also control sugar beets. , rape, lawn, coffee, rice and fruit tree diseases.
In addition, epoxiconazol has strong systemic properties and can be quickly absorbed by the plant and transmitted to the infected parts, stopping the disease infection immediately and allowing local application for prevention and treatment. The long-lasting effect, such as the antibacterial effect on cereals, can reach more than 40 days. The long-lasting effect reduces the frequency of medication and labor costs. It can not only effectively control diseases, but also improve the biochemical disease resistance of crops by regulating enzyme activity. properties, greatly enhancing the disease resistance of the crops themselves. Make leaves greener, thereby maximizing crop photosynthesis, increasing yield and improving quality.
Which crops is epoxiconazol(106325-08-0) suitable for?
Suitable crops include wheat, barley, rice, sugar beet, rapeseed, leguminous crops, vegetables, grapes and apples. It is harmless to crops at the recommended dose.
The fungicide epoxiconazol can increase the plant enzyme activity, causing the contraction of haustoria and inhibiting the invasion of pathogens. This is the unique characteristic of epoxiconazol among all triazole products. It has a good control effect on leaf spot, powdery mildew, rust on bananas, onions, garlic, celery, beans, melons, asparagus, peanuts, sugar beets and other diseases, as well as anthracnose on grapes, and can also control sugar beets. , rape, lawn, coffee, rice and fruit tree diseases.
In addition, epoxiconazol has strong systemic properties and can be quickly absorbed by the plant and transmitted to the infected parts, stopping the disease infection immediately and allowing local application for prevention and treatment. The long-lasting effect, such as the antibacterial effect on cereals, can reach more than 40 days. The long-lasting effect reduces the frequency of medication and labor costs. It can not only effectively control diseases, but also improve the biochemical disease resistance of crops by regulating enzyme activity. properties, greatly enhancing the disease resistance of the crops themselves. Make leaves greener, thereby maximizing crop photosynthesis, increasing yield and improving quality.
Wheat: Sheath blight, powdery mildew, rust, 8-16 g/acre, spray
Rice: Sheath blight, rice smut, leaf sheath rot, 8-16 g/mu, spray
Citrus: anthracnose, yellow spot, spray diluted 1500-3000 times
Banana: leaf spot disease, spray diluted 1500-3000 times.
It cannot be used in the breaching and heading stages of wheat, rice and other cereal crops; please use it with caution during the flowering and young fruit stages of apples, pears, bananas and other fruit trees; the recommended water consumption for field crops per acre is 30-45 kg, and spray evenly.
The difference between epoxiconazol(106325-08-0) and flusilazole
The fungicide epoxiconazol is a transparent, colorless crystalline solid that is easily soluble in methylene chloride and acetone. It is harmless to humans and animals at the standard guided dose. Epoxiconazol is a broad-spectrum systemic organic chemical agent that has a protective effect on plants and an eradication effect on pathogens, which is an effect that cannot be achieved by general killing. The principle of epoxiconazol is that it is an inhibitor of sterol demethylation. It inhibits the demethylation of 1 and 4 in the biosynthesis of ergosterol, causing the reduction or deficiency of ergosterol, causing physiological abnormalities in the cell membrane, thereby causing Death due to physiological disorders. The main features of epoxiconazolare broad spectrum and long-lasting efficacy. It has very high activity against basidiomycetes and ascomycetes, and has a very good control effect on diseases of gramineous crops. It has a very good control and eradication effect on diseases caused by sex mainly in cereals and vegetable crops.
The fungicide flusilazole is a methylsilazole-based organic chemical agent. It is a white crystal that can be easily dissolved in a variety of organic solvents. Like fluconazole, it is harmless to humans and animals when used at the standard guided dose. Flusilazole is also a broad-spectrum organic chemical agent with strong systemic activity. It has systemic activity, has a protective effect on plants, and has a preventive and therapeutic effect on plants. The main principle of action is also an inhibitor of sterol demethylation, which can control the elongation of mycelium and hinder the growth of spore germ tubes, thereby damaging the synthesis of ergosterol in the cell membrane, causing the cell membrane to fail to form and die. Flusilazole has a very powerful control effect on basidiomycetes, ascomycetes, deuteromycetes, etc., and the effect is very good. It is mainly a disease caused by various fruit trees, fruits and vegetables and cereal crops.
The main differences between epoxiconazol and flusilazole
①The chemical structures of the agents are different. Epoxiconazol is an epoxy triazole structure, and epoxiconazol is a methylsilane structure.
②The principle is different. Epoxiconazol is produced by inhibiting the demethylation of 1 and 4 in the synthesis of ergosterol, which reduces or lacks the amount of ergosterol and prevents the formation of cell membranes, leading to cell death. Flusilazole destroys the synthesis of ergosterol and can control the elongation of mycelium and the growth of spore germ tubes, preventing the formation of cell membranes and causing cell death.
③There are different types of disease prevention and treatment. Epoxiconazol can mainly prevent and eradicate diseases of cereal and vegetable crops such as damping-off, powdery mildew, leaf spot, eye spot, rice smut, sheath blight, rust, etc. Flusilazole is mainly used to prevent and control Basidiomycetes, Ascomycetes, Deuteromycetes and other sexual diseases of fruits, fruits, vegetables, cereals and other crops, such as powdery mildew, scab, leaf spot, leaf mold and glaucoma. It has very good effects on blight, various blights, eye spot, rust, anthracnose, ring spot, black pox and other diseases.
Problems with epoxiconazol(106325-08-0)
1. If the dosage of epoxiconazol is too large, there is a risk of phytotoxicity, which is manifested by yellowing of leaves and short growth of plants. Therefore, in agricultural production, many agricultural technicians will mix it with other drugs and reduce the dosage when dispensing epoxiconazole. Use epoxiconazole. Be careful when using peppers, grapes, beans and other crops!
2. During the seedling stage of crops, epoxiconazol should be used with caution as it will inhibit the growth of seedlings.
3. For fruit and vegetable crops, it is not recommended to use it in the young fruit stage, as there is a risk of inhibiting fruit enlargement. It is not recommended to use it on crops with elongating fruits such as beans, as it may inhibit fruit elongation and affect quality.
Precautions for epoxiconazol(106325-08-0)
1. epoxiconazol cannot be used on beans, grapes and other crops because these crops are very sensitive to phytotoxicity and can easily cause phytotoxicity after application. Every year, phytotoxicity occurs in beans and grapes using epoxiconazol in various parts of the country.
2. epoxiconazol cannot be used in the breaching and heading stages of cereal crops such as wheat and rice, and it should also be used with caution during the flowering and young fruit stages of fruit trees to avoid phytotoxicity.
3. According to friends in the same industry, epoxiconazol is also prone to phytotoxicity when used in the seedling stage of watermelon.
4. epoxiconazol is used to control banana leaf spot with an interval of 28 days. It can be used three times per season with an interval of more than 10 days.
5. It is recommended to use it alternately with other protective agents.
6. It cannot be used in the breaching and heading stages of cereal crops such as wheat and rice; please use it with caution during the flowering and young fruit stages of fruit trees such as apples, pears, and bananas; the recommended water consumption for field crops is 30-45 kg per acre, and spray evenly.
Price of fungicide epoxiconazol(106325-08-0)
Under normal circumstances, the price of the pesticide and fungicide epoxiconazolwill be affected by raw materials, market environment, research and development costs, etc. If you want to know the latest price of the pesticide and fungicide epoxiconazol you need, please contact us to initiate an inquiry.
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Supplier of fungicide epoxiconazol(106325-08-0)
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