Ametryn 50% Sc for Controlling Annual Field Weeds

INTRODUCTIONIt is a selective triazine benzene type systemic herbicide. Colorless crystals. The solubility in water is 185 mg/L (20°C). Soluble in organic solvents. With strong acid, strong base hydrolysis to form 6-hydroxyl. It inhibits the photosynthesis of plants and is a selective herbicide. The herbicidal effect is rapid and can be absorbed by 0-5 cm of soil to form a drug layer that will contact the agent when the weeds sprout. It is best to control weeds that just germinated. It is used to control annual field weeds such as crabgrass and setaria in corn and sugarcane fields.
BASIC INFORMATION
Product nameAmetryn 95% min Tech (80% WP, 80% WDG, 50% SC)CAS Number: 834-12-8Molecular formula:C9H17N5SMolecular weight: 227.3298Storage methodKeep the container sealed and stored in a cool, dry placeMDLNo:MFCD00055398MAINLY APPLICATIONSelectively absorbed conductive herbicides. It is a typical photosynthesis inhibitor.Used in sugarcane, citrus, corn, soybeans, potatoes, peas, carrot fields to prevent annual weeds. High doses can control some perennial weeds and also prevent aquatic weeds. For spring sugarcane field, use 80% wettable powder 1.95 ~ 3kg/hm2 (active ingredient 1.56 ~ 2.4kg), spray 600 ~ 750kg stems and leaves.For the sugarcane field, use 80% WP 1.05 to 1.95 kg/hm2 (active ingredient 0.84 to 1.56 kg), spray 600 to 750 kg of water in the weed 3 leaf stage. Other crops can be used as pre-emergence soil treatment or post-emergence foliage treatment. Quenching the net at low concentrations can promote plant growth, stimulate the growth of young shoots and roots, promote leaf area enlargement, stem thickening and so on.However, at high concentrations, it will have a strong inhibitory effect on plants. It is used to control broad-leaved and grassy crop selective herbicides in bananas, citrus, coffee, sugar cane, tea and non-cultivated land. It is used before and after seedling emergence to prevent bananas, oranges, coffee, cocoa, corn, oil palm, pineapple, Sugarcane, tea, potatoes, and broadleaf and grass weeds in non-cultivated fields.RESOLVE RESOLUTION
The cyanuric chloride was reacted with ethylamine and isopropylamine in the presence of an acid binding agent and reacted with methyl mercaptan. Or 2-mercapto-4-ethylamino-6-isopropylamino-1,3,5-s-triazine and dimethyl sulfate prepared by the role.