|
Formulations |
Target |
Dosage |
|
Hymexazol 15%AS |
Damping off |
60000-120000ml/ha |
|
Hymexazol 30%AS |
Damping off |
562.5-750ml/ha |
|
Hymexazol 80%WG |
Damping off |
12000-14000g/ha |
|
Hymexazol 70%SP |
Blight |
250-321g/ha |
|
Hymexazol 98%SP |
Blight |
187.5-281g/ha |
|
Hymexazol 5%GR |
Blight |
45000-60000g/ha |
|
Hymexazol 1%+Metalaxyl-M0.2%GR |
Damping off |
33750-45000 g/ha |
|
Hymexazol2%+Pyraclostrobin1%GR |
Fusarium wilt |
26250-30000 g/ha |
|
Hymexazol 1%+Difenoconazole0.5%GR |
Take-all disease |
22500-30000 g/ha |
|
Hymexazol 0.25%+Oligosaccharins 0.05%GR |
Fusarium wilt |
120000-150000 g/ha |
|
Hymexazol 0.4%+Fludioxonil0.1%GR |
Blight |
900–1350KG/ha |
|
Hymexazol0.4%+Propamocarb1%GR |
Damping off |
85-95Kg/ha |
|
Hymexazol 0.5%+Azoxystrobin0.5%GR |
Damping off |
37.5-45kg/ha |
|
Hymexazol 20%+Metalaxyl 10%AS |
Damping off |
8000-1200ml/ha |
|
Hymexazol 28%+Metalaxyl-M4%FS |
Damping off |
3000-6000ml/1500KG seed |
|
Hymexazol16%+Thiophanate-methyl40%SP |
Damping off |
562.5-750g/ha |
|
Hymexazol6%+Propamocarb24%SL |
Damping off |
1125-1500ml/ha |
|
Hymexazol 1.2%+Oligosaccharins0.3%SL |
Blight |
1125—1500ml/ha |
|
Hymexazol 10%+Isoprothiolane10%ME |
Blight |
9000-13500ml/ha |
|
Hymexazol 1%+Metalaxyl1%+Prochloraz1%FS |
Blight |
166.67-250g /kg seed |
|
Hymexazol2%+Pyraclostrobin2%EC |
Blight |
900—1125ml/ha |
|
Hymexazol 10%+Isoprothiolane 10%EC |
Damping off |
300-450ml/ha |
|
Hymexazol70%+Fludioxonil5%WP |
Blight |
225-300g/ha |
|
Hymexazol18%+Thiram18%WP |
Rice |
10000-15000g/ha |
|
Hymexazol 1%+Metalaxyl-M0.2%GR |
Damping off |
33750-45000 g/ha |
|
Hymexazol2%+Pyraclostrobin1%GR |
Fusarium wilt |
26250-30000 g/ha |
|
Hymexazol 1%+Difenoconazole0.5%GR |
Take-all disease |
22500-30000 g/ha |
|
Hymexazol 0.25%+Oligosaccharins 0.05%GR |
Fusarium wilt |
120000-150000 g/ha |
|
Hymexazol 0.4%+Fludioxonil0.1%GR |
Blight |
900–1350KG/ha |
1. Rice (Nursery Bed): Apply during the early stage of disease for controlling seedling blight (Fusarium, Pythium, Rhizoctonia, bakanae disease) . Use 3-5 ml per m² (30-50 L/ha) of 30% SL formulation as a soil drench before sowing, or spray immediately after seedling emergence . The maximum application frequency is 3 times per season . Ensure thorough coverage of the nursery bed surface for optimal soil disinfection.
2. Cucumber: Apply for controlling fusarium wilt, pythium wilt, rhizoctonia disease, downy mildew, and seedling blight . Apply during early infection stages as a soil drench around the root zone. Use 300-500 ml/ha of 15% SL formulation . For pre-planting soil treatment, incorporate 2-3 kg/ha of 70% SP formulation into the topsoil . The preharvest interval (PHI) is 14-21 days .
3. Watermelon / Melon: Apply for controlling fusarium wilt (cranberry blight), blight, stalk break, seedling blight, southern blight, and gray mold . Use 2-3 kg/ha of 70% SP formulation as pre-planting soil incorporation . For post-emergence application, use 300-700 ml/ha of 30% SL as a soil drench. Apply immediately after planting or when disease symptoms first appear.
4. Pepper: Apply for controlling damping off, anthracnose, gray mold, and blight . With drip irrigation: apply 750 ml per decare (7,500 ml/ha) of 30% SL 1 day after planting, with a second application 30 days after the first application . Ensure the drip system is properly calibrated before application .
5. Tomato: Apply for controlling gray mold, viral diseases, early blight, late blight, cotton blight, and fusarium wilt . Apply during early infection stages as a soil drench. The dosage varies by formulation; refer to local product labels. Contains plant growth-promoting properties that strengthen root development .
Each crop can be used up to 1-3 times per season to avoid drug resistance — rice up to 3 times per season , sugar beet up to 2 times per season , cucumber up to 2 times per season . The preharvest interval (PHI) on rice is 60 days . Do not exceed the total number of recommended applications within the same production season .
Safe to target crops and demonstrates non-phytotoxicity . Has a synergistic effect on endogenous auxin, thereby promoting root growth, increasing cold resistance, and reducing flooding damage . It is believed that the compound enhances plant physiological activity and root development . Effective against metalaxyl-resistant Pythium strains, making it an essential tool for resistance management programs .
This agricultural fungicide is toxic to fish and aquatic organisms and cannot be directly sprayed on water or near water sources . Because of its toxicity to aquatic organisms, there are potential risks when used in paddy fields — keep away from aquaculture areas, ponds, and rivers; do not wash application equipment in water bodies . Do not contaminate water, food, or feed by disposa.