Sirius
Herbicides, Desiccants
Nissan Chemical Corporation, LLCUser rating
0 votesAbout product
A professional-grade systemic herbicide for water-plantain control in rice crops by Nissan Chemical Corporation.
Description
Japanese precision in rice crop protection
«Sirius», developed by «Nissan Chemical Corporation», represents a high-tech solution for rice growers facing the persistent challenge of Alisma plantago-aquatica (common water-plantain) infestation. As a global leader in agrochemical innovation, Nissan Chemical brings the rigorous standards of Japanese engineering to field-level crop protection. This selective systemic herbicide is specifically formulated to integrate into the metabolic processes of weeds while remaining perfectly safe for rice plants.
Technical efficiency and mechanism
The core of the product's performance is Pyrazosulfuron-ethyl, a member of the pyrazole family. By inhibiting the acetolactate synthase enzyme, the herbicide effectively halts cell division in weed growth points. Its systemic nature and root-absorption method make it particularly effective in the flooded environments typical of rice cultivation.
- Selective action: High efficacy against water-plantain without compromising the rice crop.
- Flexibility: A post-emergence herbicide that allows for precise timing to tackle weed pressure.
- Formulation: Water-dispersible granules, providing excellent solubility and coverage consistency across the paddy field.
- Operational efficiency: Low application rates (up to 0.5 L/ha) help optimize input costs while maintaining a high safety profile (Hazard Class 3).
With a short pre-harvest interval of just 1 day, «Sirius» offers immense flexibility in modern intensive rice farming. The requirement for only a single treatment per season simplifies agronomic management, allowing producers to effectively clear their fields during critical growth stages. When applied, the systemic movement ensures that the herbicide reaches the roots of the target weeds, effectively neutralizing them while allowing the rice to thrive without competition.
Composition
Active ingredients
- Pyrazosulfuron-ethyl гербицид Пиразолы
Application
Used on crops
Against weeds
Specifications hover over for a hint about the specification
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Last Processing Date, Days
Last Processing Date, Days
Number of days from processing to harvest cleanup |
1 |
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By Mode of Action
By Mode of Action
Herbicides are divided into two groups according to their mode of action: Non-selective herbicides — intended for the destruction of all plant species. They are applied in agricultural fields during the absence of the main crop (after harvest, before crop emergence, on fallow lan... |
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By Application Timing
By Application Timing
Herbicides are classified according to application timing into pre-emergent and post-emergent herbicides. Pre-emergent herbicides are mostly soil-applied or granular formulations applied before the emergence of crop plants. They are applied either pre-sowing (during pre-sowing cu... |
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| Form of the preparation | |
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Drug Consumption
Drug Consumption
Mass of the preparation per unit of treated area. It is customary to express the dosage rate in kilograms per hectare. The dosage rate is most often given in terms of 100% active ingredient, although sometimes it is calculated based on the preparation in the form of application w... |
Up to 0.5 L/ha |
| Danger Class | 3 |
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By type of action
By type of action
Depending on their ability to move through living tissues, herbicides are divided into contact and systemic. Contact herbicides cause local damage to plant tissue upon contact, which dies or gradually degrades. This action does not always completely destroy the plant; often, its... |
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By application method
By application method
Based on the method of application, herbicides are divided into foliar, soil, and root herbicides. Foliar herbicides are applied to vegetative plants and act through their above-ground organs. The main method of application for such preparations is spraying using sprayers or airp... |
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Maximum number of treatments
Maximum number of treatments
Maximum recommended number of treatments per vegetation period. |
1 |
| Catalog | Catalog → Herbicides, Desiccants |
| Manufacturer | Nissan Chemical Corporation, LLC |
| Applicant | Nissan Chemical Corporation, LLC |
| Country | Japan |
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Alternatives
Rice · similar varieties
See also
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