Features of Ethylicin
- Broad-spectrum Activity
It kills fungi, treats bacteria, and prevents viruses.
2. Good Compatibility
It can be used with most fungicides, foliar fertilizers, and insecticides. Combining with fungicides can enhance efficacy by 20–40%, while foliar fertilizers can improve effectiveness by about 30%. (It is recommended to dissolve the foliar fertilizer first and adjust the pH.) Alkaline and copper preparations should not be mixed (organic copper can be mixed and used immediately).
3. High Activity, Quick Effectiveness
Effects can be seen in 12 hours, with lesions drying out. It controls diseases within 24 hours and can quickly and thoroughly eliminate them. Efficacy increases at higher temperatures, with a higher dilution rate in warm conditions and a lower dilution rate in cold conditions.
4. High Permeability, Strong Conductivity, Strong Internal Absorption
It can rapidly transmit from the roots to the stem base and leaves, opening up the vascular bundles. Foliar spraying can treat root diseases, allowing rapid penetration from the front of the leaf to the back, effectively eliminating pathogens from both sides of the leaf.
5. Biomimetic, Plant-derived Fungicide
It is residue-free and has no resistance, allowing for continuous use. It can be fully absorbed by crops and soil, and it can regulate crop growth, increase germination rates, improve crop quality, enhance yields, promote metabolism, and strengthen growth.
Product Details of Ethylicin
| Product name | ETHYLICIN |
| Tech grade | 95%TC |
| Formulation | 30%EC, 80%EC |
| Molecular formula | C4H10O2S2 |
| CAS No. | 682-91-7 |
| EINECS No. | / |
| Shelf life | 2 Years |
Application
1. Bacterial Diseases
Ethylicin exhibits significant efficacy in preventing and controlling various bacterial diseases, such as rice bacterial blight, bacterial leaf streak, and citrus canker. These diseases are common during crop growth and can severely affect the yield and quality of crops. By using Ethylicin for prevention and control, it can effectively curb the spread of these diseases and reduce losses.
2. Fungal Diseases
Ethylicin also shows good efficacy in controlling various fungal diseases, such as apple scab, pear scab, and grape downy mildew. These diseases are common in fruit trees and vegetables, seriously impacting crop yield and quality. Ethylicin achieves disease control by disrupting the cell membrane structure of pathogens, inhibiting their growth and reproduction.
3. Viral Diseases
Although the direct effect of Ethylicin on viral diseases is relatively weak, it can enhance the immunity of crops. This increase in immunity boosts crops’ resistance to viral diseases, achieving an indirect control effect. Additionally, Ethylicin can be used in combination with other antiviral agents to improve its effectiveness.
4. Other Diseases
In addition to the bacterial, fungal, and viral diseases mentioned above, Ethylicin can also be used to control other types of diseases, such as root rot and damping-off. These diseases are also common during crop growth and can negatively affect the growth and development of crops. Using Ethylicin for prevention and control can effectively manage the occurrence and spread of these diseases.
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