MySheen

What diseases can be prevented by carbendazim?

Published: 2024-11-21 Author: mysheen
Last Updated: 2024/11/21, Carbendazim is a kind of pesticide mainly used for sterilization, which can not only help plant crops to resist disease, but also regulate the growth of crops. What diseases can be prevented by carbendazim? What diseases can be prevented by carbendazim? 1. Fruit trees: round spot root rot

Hymexyl is mainly used for sterilization pesticides, not only to help plant crops disease resistance, but also to regulate the growth of crops, is a low-harm pesticide fungicide. What disease can hymexiline prevent?

What disease can the evil spirit prevent?

1. Fruit tree: round spot root rot, root rot, purple feather disease, white silk disease.

2. Rice: Rhizoctonia solani, Rhizoctonia solani, Sclerotinia sclerotiorum, and many diseases causing seedling rot.

3. Cotton: blight, damping-off, blight, fusarium wilt, verticillium wilt.

4. Wheat: take-all disease, scab, sheath blight, snow mildew, root rot, glume blight.

5. Beans: Fusarium wilt, gray mold, sclerotia.

6. Tomato: gray mold, virus disease, early blight, late blight, cotton blight, blight.

7. Eggplant: brown spot, blight, cotton blight, sclerotium.

8. Cucumber; downy mildew, blight, blight, gray mold.

9. Watermelon, cucumber: Fusarium wilt, stem blight, blight, sclerotia, blight, white silk, gray mold.

10. Leafy vegetables: blight, root rot, black root disease, sclerotium disease.

11. Pepper: damping-off, anthracnose, gray mold, blight.

12. Forest, nursery: blight, damping-off disease, etc.

13. Scallion, garlic: gray mold, purple spot disease.

14. Turf: brown spot, pythium wilt, fusarium wilt.

II. Performance characteristics of hymexiline

1. It has osmotic conductivity, which not only plays an effective role in soil pathogens, but also promotes the growth of plants.

2, different from general fungicides, can interact with metal ions in the soil to enhance the effectiveness of the soil.

3, because the impact on bacteria other than soil pathogens is very small, so there is no impact on the ecology of microorganisms in the soil.

4, in the soil can be decomposed into very low toxicity compounds.

5, with internal absorption and conductivity, can be directly absorbed by plant roots, into the plant body, moving extremely quickly. It moves to the stem within 3 hours in the root system, and moves to the whole body of the plant within 24 hours. The metabolites in the plant are two kinds of glucosides, which can promote the growth of the plant. Fork at the root. The number of root hairs increases, the vitality of roots increases, and the weight of dry matter in underground parts increases by 5- 15%. Strong ability to absorb moisture and nutrients. Prevent aging of roots. The color of roots treated with hymexiline was whiter than that without hymexiline, and it could prevent root aging. Can prevent seedlings from withering due to physiological disorders caused by low temperature, has good drought resistance. Cold resistance. Herbicide toxicity mitigation function. Increase seedling growth rate, seedling weight, seedling survival rate after transplanting, shorten seedling delay time after transplanting, turn green quickly 1-2 days after transplanting, promote growth and development in early stage of field.

6, in the soil can improve the efficacy, most fungicides, used as soil disinfection, easy to be adsorbed by the soil, there is a tendency to reduce the efficacy, and hymexyl still has bactericidal activity within two weeks. Iron that reacts with inorganic metal salts in soil. Aluminum ions combine to enhance the ability to inhibit spore germination. The ability to be adsorbed by soil is very strong, and the mobility in vertical and horizontal directions is very small, which plays an important role in improving the efficacy.

Hymexiline can improve physiological activity and promote root growth. It should be used correctly according to the instructions in the manual, so as to have better results.

 
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