Chemical Composition :
| Atrazine Technical (Based on 80% w/w a.i.) | 62.50 % w/w |
|---|---|
| Anionic Wetting and Dispersing Agent (Tamol, NNO) | 3.00 % w/w |
| Anionic Suspending Agent (Dedenol-G) | 5.00 % w/w |
| Non-Ionic Ethylene Oxide (Adduct of alkyl phenols, RG-3113) | 5.00 % w/w |
| Inert Carrier (China clay) | 24.50 % w/w |
| Total | 100.000 % W/W |
How it Works
- Systemic Action: Atrazine is absorbed by plant roots and foliage.
- Photosynthesis Inhibition: It interferes with photosynthesis, a vital process for plant survival.
- Weed Control: This disruption causes weeds to wither and die.
Key Features
- Weed Management: Effectively controls both annual grassy and broad-leaved weeds.
- Crop Protection: Used in agricultural crops such as maize (corn), sugarcane, and sorghum.
- Application Timing: Applied as a pre-emergence (before weeds emerge) and early post-emergence (after weeds have just emerged) treatment.
Benefits
- Increased Crop Yield: By minimizing weed competition, it allows crops to use resources more efficiently for better growth and higher yields.
- Broad-Spectrum Control: Controls a wide variety of weed types.
- Long-Lasting Control: Provides extended weed-free periods for crops.