Shiro
Herbicides, Desiccants
UPL EuropeUser rating
0 votesAbout product
A high-performance selective systemic herbicide for targeted broad-leaf weed control in fodder beet.
Description
Advanced Weed Management: Technical Insights into Shiro Herbicide
Shiro is a highly specialized systemic herbicide designed for effective broad-spectrum weed control in fodder beet crops. The cornerstone of its efficacy is triflusulfuron-methyl, a sulfonylurea compound known for its targeted action against problematic dicotyledonous weeds, including common lambsquarters (Chenopodium album), pigweed, wild radish, and cleavers.
Technical Mechanism and Selectivity
As a selective post-emergence herbicide, Shiro operates by penetrating the foliage and translocating through the phloem and xylem to the weed's growing points. By inhibiting the acetolactate synthase enzyme, it swiftly halts cellular division, leading to the rapid decay of competing weeds. Its selectivity ensures that the beet crop continues its development without growth retardation, provided the prescribed application rates are observed.
Operational Advantages
- Formulation Quality: The aqueous suspension concentrate (SC) provides superior solubility, excellent adhesion to the waxy leaf surfaces of weeds, and long-term storage stability.
- Dosing Flexibility: With an application rate of 0.03–0.06 kg/ha, farmers can fine-tune their weed management programs based on the specific weed pressure in their fields.
- Integrated Application Strategy: The permitted limit of up to 3 applications per season offers the flexibility to target different germination flushes, ensuring sustained crop cleanliness.
- Global Manufacturing Standards: The product is the result of international collaboration between Punjab Chemicals and Crop Protection Ltd. (India), UPL Europe Ltd. (UK), and Cerexagri B.V. (Netherlands), ensuring rigorous quality control in both active ingredient synthesis and formulation.
With a 30-day pre-harvest interval, Shiro serves as an essential component in modern crop protection, allowing for efficient timing during the most critical growth stages of fodder beet, while maintaining strict adherence to safety standards.
Composition
Active ingredients
- Triflusulfuron-methyl гербицид
Application
Used on crops
Specifications hover over for a hint about the specification
| Form of the preparation | |
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| 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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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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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... |
0.03-0.06 |
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Maximum number of treatments
Maximum number of treatments
Maximum recommended number of treatments per vegetation period. |
3 |
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Last Processing Date, Days
Last Processing Date, Days
Number of days from processing to harvest cleanup |
30 |
| Catalog | Catalog → Herbicides, Desiccants |
| Manufacturer | UPL Europe |
| Manufacturer | Punjab Chemicals and Crop Protection Ltd. |
| Manufacturer | Cerexagri B.V. |
| Applicant | ф. ЮПЛ Юереп Лтд. (UPL Europe Ltd.), Великобританія |
| Country | Netherlands |
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