| CAS No.: | 8018-01-7 |
|---|---|
| Formula: | C8 H12 Mn N4 S8 Zn |
| EINECS: | 616-995-5 |
| Appearance: | Powder |
| Application: | Fungicide, Eradicant |
| Usage Mode: | Protective Agent |
| Samples: |
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| Customization: |
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Audited Supplier | Common Name | Mancozeb 48%+Metalaxyl 10% |
| Cas No. | 8018-01-7 |
| Formulation | WP |
| Application/Uses | Prevent and control peanut leaf spot disease with a dosage of 720-900 g/hm2; Tobacco brown spot disease, 1440-1920 g/hm2; Potato late blight, 1680-2100 g/hm2; Chili pepper anthracnose and phytophthora, at a concentration of 1800-2520 g/hm2; Watermelon anthracnose, 1995-3000 g/hm2; Tomato early blight, 2000 g/hm2; Cucumber downy mildew, 2040~3000 g/hm2 spray. To prevent and control citrus scab, anthracnose, and lychee downy mildew, the drug concentration is 1333-2000 mg/kg; Apple tree ring spot disease, leaf spot disease, pear tree black spot disease, 1000~1333 mg/kg; Grape white rot, grape black spot, downy mildew, 1000~1600 mg/kg spray. |
| ECOTOXICOLOGY | Acute toxicity: Low toxicity to mammals, with oral LD50 of 4500-11200 mg/kg in rats and percutaneous LD50 of 5000-15000 mg/kg in rabbits. When used in the form of spray or powder spraying, the main ways of contact with the agent are skin and inhalation. Moderate irritation to the skin and respiratory mucosa, with toxic symptoms mainly including sneezing, itching, sore throat, cough, rhinitis, laryngitis, and bronchitis. Chronic toxicity: Long term feeding experiments have shown that the NOEL to rats is 5 mg/kg. The doses for the two-year feeding experiment on dogs were 0, 0.625, 2.5, and 25 mg/kg, respectively. The results showed that a decrease in iodine absorption was observed in the two high-dose groups. The impact on reproduction: Third generation reproduction experiments in rats showed a decrease in fertility at a dose level of 50 mg/kg, but no embryonic toxicity or teratogenic effects were observed. Effects on teratogenicity: In the reproductive experiment of the third generation of rats, no teratogenic effects were observed at a dose of 50 mg/kg. Abnormal development of the central nervous system, eyes, ears, and skeletal system can be observed when the dose level of 1320 mg/kg is given to pregnant mice at 11 days. When pregnant rats were inhaled 0.017 mg/L, no teratogenicity was observed. Ghate found that Daisen manganese zinc MZ can cause embryonic malformation in frogs, resulting in large wavy notochord. Mutagenicity: Ames test result is negative. Carcinogenicity: There are currently no reports of carcinogenicity, but it is considered a carcinogenic enhancer. Toxicity to organs: Some studies have shown that a significant reduction in iodine absorption can be measured after 24 hours of high-dose feeding of ethylene dithiocarbamate EBDCs fungicides. The main toxicity to organs is thyroid enlargement. Ecotoxicity: Effects on birds: Acute toxicity slightly toxic to birds, LD50>10000 mg/kg to North American quails and wild ducks, LD50 3000~6000 mg/kg to European sparrows. Repeated application of MZ on apples and potatoes can affect the reproduction of birds. Impact on aquatic organisms and other non target organisms: Toxic to fish and aquatic invertebrates. Highly toxic to hot water fish, at least toxic to cold water fish. 72 hour LC50 for crayfish>40 mg/kg; 48 hour LC50 of 3.5 mg/kg for tadpoles. Due to the rapid degradation of MZ in water, it does not cause bioaccumulation in fish and aquatic organisms. MZ is slightly toxic to earthworms, with a dosage 50 to 100 times higher than normal field use and no toxicity observed, making it impossible to determine LD50. MZ is non-toxic to bees (acute toxicity of 100 mg per bee) and red eyed bees. Beneficial arthropods, only predatory mites, are more sensitive to MZ. Among the 62 commonly used pesticides, MZ belongs to the pesticide with lower toxicity to natural enemies. The impact on soil microbial community: When the dosage range of MZ used in the field ranges from normal dosage to 10 times normal dosage, MZ can reduce the population of soil organisms and reduce soil nitrification. This change is temporary and can return to normal within about three months. |
| Product Name | Specification |
| Carbendazim | 98%TC,500g/L SC,50%WP |
| Benomyl | 95%TC,50%WP,500g/L SC,250g/L SC |
| Tricyclazole | 95%TC 75%WP |
| Flusilazole | 95%TC,400g/L EC,25%WDG,10%EW |
| Cyproconazole | 95%TC,400g/L SC,10% WDG |
| Fenoxanil | 97%TC, 25%WP, 25%SC |
| Chlorothalonil | 95%TC,75%WP,500g/L SC |
| Azoxystrobin | 98%TC, 25%SC |
| Copper Hydroxide | 77% WP,50%WP |
| Copper Oxychloride | 90%TC,70%WP,50%WP,300g/L SC |
| Epoxiconazole | 97%TC,70%WDG,30%SC,125g/L SC |
| Dimethomorph | 95%TC |
| Fludioxonil | 95%TC,30%WDG,25g/L FS |
| Diniconazole | 95%TC, 30%SC, 12.5%WP, 100g/L EC |
| Cyprodinil | 998%TC,50%WDG,50%WP,400g/L SC |
| Cymoxanil | 98%TC,72%WP,200g/L SC |
| Difenoconazole | 95%TC,30%SC,250g/L EC |
| Mancozeb | 80%WP |
| Thiophanate-methyl | 95%TC, 70%WP, 500g/LSC |
| Flutriafol | 95%TC, 50%WP, 200g/LSC |
| Propiconazole | 95%TC, 400g/LSC, 250g/LEC |
| Metalaxyl | 97%TC, 25%WP, 5%GR |
| Pyraclostrobin | 98%TC, 50%WDG, 20%WP |
| Tebuconazole | 97%TC,80%WP, 250g/L EC |
| Penconazole | 97%TC,250g/LEW, 200g/LEC |
| Triadimefon | 95%TC, 20%WP, 200g/L EC |
| Kasugamycin | 70%TC,6%WP, 2%SL |
| Polyoxin B | 31%TK, 10%WP, 3% WP |
| Thiram | 95%TC, 80%WDG, 50%WP |
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