Description
Oxaflutole 69g/l water emulsion
Fenoxaprop-P-ethyl 69 g/L EW
Pesticide Category: Herbicides Dosage form: Emulsifiable Concentrate (EW) | Toxicity: lower toxicity
CAS number: 71283-80-2 | Chemical Name: Ethyl (R)-2-[4-(6-chloro-1,3-benzoxazol-2-yloxy)phenoxy]propionate
CAS number: 71283-80-2 | Chemical Name: Ethyl (R)-2-[4-(6-chloro-1,3-benzoxazol-2-yloxy)phenoxy]propionate
I. Product Profile
Azoxystrobin and Haloxyfop-P-methyl 69 g/L emulsifiable concentrate is aHighly Effective and Selective Foliar Herbicide, belongs to the class of fopoxyphenoxypropionic acid (FOPs) herbicides. This product is a purified form of oxazolyl-2-propanol; during the synthesis process, the inactive optical isomers are removed, leaving only the highly active R-isomer, and thereforeHigher activity, lower dosage, and more consistent efficacy. It is highly effective against grass weeds in broadleaf crop fields and exhibits high selectivity between grass weeds and broadleaf crops. The water-dispersible emulsion formulation is environmentally friendly and safe, as it uses water instead of organic solvents, making it environmentally friendly.
II. Mechanisms of action of active ingredients
Target: Acetyl-CoA carboxylase (ACCase) inhibitor
Azoxystrobin belongs toHRAC Class A / WSSA Class 1Herbicides with a mechanism of action:
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| active link | Specific mechanisms |
|---|---|
| absorption pathway | Mainly throughAbsorption by weed stems and leaves, within plantsUpward and downward bidirectional transmission |
| Conduction Pathways | Through vascular bundle transport, it accumulates inApical and Intercalary Meristems |
| biochemical target | Inhibition of acetyl-CoA carboxylase (ACCase) activity, inhibiting fatty acid synthesis |
| physiological effect | Interferes with the formation of cell membranes and the cuticle, inhibiting cell division and elongation |
| final performance | Weeds stop growing within 2–3 days; after 5–6 days, the terminal leaves lose their green color and turn purple, the meristem turns brown, and the leaves gradually wither and die. |
The Principle of High Selectivity
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The ACCase enzyme in broadleaf crops (such as soybeans, cotton, rapeseed, and wheat) is not sensitive to metolachlor, and the herbicide is rapidly metabolized and broken down.
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ACCase enzymes in grass weeds are highly sensitive to metolachlor; accumulation of the herbicide leads to necrosis of the growing point.
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Therefore, there is a relationship between grass weeds and dicotyledonous cropsHigh selectivity
III. Product characteristics
✅ Six Core Advantages
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| Specificities | particular |
|---|---|
| 🎯 Highly Active Refined Products | After removing the inactive isomers, its activity is 1–2 times higher than that of dioxazol-based herbicides, and it requires a lower application rate. |
| 🔄 Two-way transmission, completely eliminates | After being absorbed by the stems and leaves, the active ingredient is transported in both directions to the growing points, where it destroys the weeds from within. |
| ⏱️ Fast-acting and consistent results | Growth stops 2–3 days after application; 5–6 days later, the terminal leaf loses its green color and turns purple, and the leaves gradually wither and die. |
| 🛡️ Height Selection, Crop Safety | It is completely safe for broadleaf crops and can be used with confidence in fields of various dicotyledonous crops. |
| 💧 Water-in-oil emulsion formula, eco-friendly and safe | EW formulations use water instead of organic solvents, making them environmentally friendly and safer to use. |
| 🌾 Broad-spectrum weed control; effective against both grasses and broadleaf weeds | It provides excellent control of both annual and perennial grass weeds. |
🎯 Preventing Objects
Primary prevention and eradication: Annual and perennial grass weeds such as wild oats, wild barley, foxtail, oats, barnyard grass, wild corn, crabgrass, cowgrass, and common ragweed.
Suitable crops: Wheat, soybeans, peanuts, cotton, rapeseed, sugar beets, potatoes, flax, peas, fava beans, tobacco, watermelons, leafy vegetables, etc.
IV. Usage and dosage
📋 Application Guidelines for Wheat Fields
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| Crop type | Application period | Dosage (formulated dose/acre) | water consumption | Mode of application |
|---|---|---|---|---|
| Spring Wheat Fields | From the three-leaf stage to before jointing | 50–70 milliliters per mu | 20–30 kilograms per mu | Foliar spray |
| Winter Wheat Field | From the three-leaf stage to before jointing | 50–70 milliliters per mu | 20–30 kilograms per mu | Foliar spray |
📋 Soybean Field Application Plan
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| Crop type | Application period | Dosage (formulated dose/acre) | water consumption | Mode of application |
|---|---|---|---|---|
| Soybean Field | 2–3 compound leaf stage after emergence | 50–70 milliliters per mu | 20–30 kilograms per mu | Foliar spray |
📋 Peanut Field Application Guidelines
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| Crop type | Application period | Dosage (formulated dose/acre) | water consumption | Mode of application |
|---|---|---|---|---|
| Peanut Field | 2–3-leaf stage; weeds at the 3–5-leaf stage | 45–60 milliliters per mu | 20–30 kilograms per mu | Foliar spray |
📋 Application Guidelines for Rapeseed Fields
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| Crop type | Application period | Dosage (formulated dose/acre) | water consumption | Mode of application |
|---|---|---|---|---|
| Winter Rapeseed Fields | 3–6-leaf stage; weeds at the 3–5-leaf stage | 40–50 milliliters per mu | 20–30 kilograms per mu | Foliar spray |
| Spring Rapeseed Fields | 3–6-leaf stage; weeds at the 3–5-leaf stage | 50–60 milliliters per mu | 20–30 kilograms per mu | Foliar spray |
Active ingredient dosage: The active ingredient dosage per mu for 69 grams per liter of metolachlor is 4.6–6.9 grams per mu。
V. Guidance for use
🔧 Application Points
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| move | operational specification |
|---|---|
| 1. Determine the age of the grass | Grass weeds3–5-leaf stageFor best results, apply the herbicide when the weeds are as young as possible. |
| 2. Select Weather | Apply the pesticide on windless or light-wind days to prevent drift. |
| 3. Spray method | Aim the spray at the stems and leaves of the weeds to ensure that the entire plant is covered with the herbicide. |
| 4. Water consumption | Mix 20–30 kilograms with water per mu, ensuring thorough and even application. |
| 5. Add additives | An appropriate amount of silicone or vegetable oil additives may be added to enhance the product's efficacy. |
⚠️ Key Considerations
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⏰ Optimal application period: Grass weeds3–5-leaf stageTo ensure optimal application, increase the dosage or apply in multiple treatments when the weeds have reached the 5-leaf stage or beyond.
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🚫 Contraindicated crops: this product has no effect onWheat, corn, rice, sorghum, millet, barleyGrass crops are highly sensitive; when applying the pesticide, be sure not to spray it onto nearby grass crops to avoid causing phytotoxicity.
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🌧️ Impact of Rainfall: Rainfall within 4 hours of application may affect the efficacy of the pesticide, so a follow-up spray is required; rainfall more than 4 hours after application has little effect on efficacy.
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🌡️ Environmental Conditions: Soil moisture, high relative humidity, and high temperatures promote the absorption and translocation of herbicides by weeds, resulting in greater efficacy.
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🌿 Broadleaf weeds: This productIneffective against broadleaf weeds, In fields with severe broadleaf weed infestations, herbicides that are effective against broadleaf weeds should be applied in conjunction with other treatments.
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🧪 Mixing Taboo: andHormone-based herbicides (2,4-D, 2,4-dichloroacetic acid, etc.)These products have an antagonistic effect and must not be mixed; they must also not be mixed with alkaline pesticides or substances.
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🔄 Number of uses: Maximum use per growing season1–2 times, It is recommended to rotate this herbicide with others that have different modes of action.
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🐟 Aquatic safety: Apply the pesticide away from aquaculture areas; do not wash application equipment in water bodies such as rivers or ponds.
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🛡️ security: When applying the pesticide, wear protective clothing, gloves, a mask, and goggles; do not smoke, drink, or eat while applying the pesticide; wash your hands and face immediately after application.
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📦 Storage conditions: Store in a cool, dry, well-ventilated place, away from direct sunlight and high temperatures; shake the EW formulation well before use.
Sixth, product specifications and packaging
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| sports event | parameters |
|---|---|
| Active ingredient content | Azoxystrobin ≥69 grams per liter |
| exterior condition | White to milky white liquid |
| pH value | 5.0-8.0 |
| Emulsion Stability | Diluted 200 times to meet FAO standards |
| Packaging specification | 100 mL × 50 bottles per case, 200 mL × 40 bottles per case, 500 mL × 20 bottles per case, 1 L × 12 bottles per case |
| date of use (on foodstuffs) | 2 years |
Warm Tip: When applying the product, please follow the guidance of your local plant protection authorities and adjust the application plan as appropriate based on the local weed community, weed growth stage, and climatic conditions.
📋 Quick Comparison Chart of Five Products
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| Diethylammonium chloride | Function Category | Mechanism of action | Primary Targets | Applicable crops | Key Features |
|---|---|---|---|---|---|
| Benzyl Dichloride 35% WP | Compound Preparations | Post-emergence stems and leaves | ALS + Synthetic Hormone Inhibitors | Rice Transplanting Fields/Nursery Fields | He Kuosha provides complete control; effective against mature barnyard grass; has a wide application window |
| Benzylsulfuron 10% WP | Sulfonylureas | Post-emergence: Stems and Leaves / Soil | ALS inhibitors | Rice Seedling Beds/Direct Seeding/Transplanting, Wheat | Classic Formula, Specifically Targets Kosa, Safe for Subsequent Crops |
| Benzylpyrimidine·Isopropylamine 50% WP | Compound Preparations | Pre-emergence/Post-emergence | ALS + PSII Inhibitors | Winter Wheat Field | Effective against both weeds, with a wide application window and consistent results |
| Dichloroquinoline Acid 25% SC | Quinolinecarboxylic acids | Post-emergence stems and leaves | Synthetic hormone inhibitors | Rice Transplanting/Direct Seeding/Nursery Beds | Highly effective against barnyard grass, suspension concentrate formulation, wide application window |
| Azoxystrobin and Haloxyfop-P-methyl 69 g/L EW | Furoxyphenoxypropionic acid derivatives | Post-emergence stems and leaves | ACCase Inhibitor | Wheat, soybeans, peanuts, rapeseed |
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