Guide to Shop Antracol Fungicide in POMAIS

Inorganic fungicide
Such as sulfur powder, stone sulfur mixture, copper sulfate, mercuric mercury, lime Bordeaux liquid, copper hydroxide, cuprous oxide and the like.


Organic sulfur fungicide
Such as dexamethasone, rust sodium, thiram, daisen zinc, mancozeb, thiram and so on.


Organic phosphorus, arsenic fungicide
Such as rice glutinous rice, gram sputum, ethyl aluminum phosphate, methyl chlorhexidine, chlorhexidine, rice foot green and so on.


Substituted benzene fungicide
Such as methyl thiophanate, chlorothalonil, diclosan, pentachloronitrobenzene and the like.





Azole fungicide
Such as powder rust, carbendazim, carbendazim, benomyl, thiabendazole and so on.


Antibiotic fungicide
Jinggangmycin, polymycin, chunleimycin, agricultural streptomycin, antimycomycin 120, and the like.


Compound fungicide
Such as dysentery, double-effect spirit, anthrax fumei, anti-virus 矾M8, nail cream copper, DT fungicide, metalaxyl · manganese zinc, seeding spirit · manganese zinc, methyl thiophanate · manganese zinc, widely sterilized Milk powder, metalaxyl-Fumei double wettable powder, etc.


Other fungicides
Such as metalaxyl, sclerotin, procymidone, chlorhexidine, sterilized dan, captan, tefolin, carbendazim, rumen, formalin, high fat film, bactericidal clear, Pythium, quetia, dimethomorph, manganese zinc, and the like.

Early fungicides were inorganic compounds, such as sulfur powder and copper formulations (see Bordeaux), which are still in use today. In 1914, I. Rim of Germany first used organic mercury compounds to control wheat smut, marking the beginning of the development of organic fungicides.


In 1934, W.H. Tisdale of the United States discovered the bactericidal properties of dimethyldithiocarbamate, and organic fungicides began to develop rapidly thereafter. Developed in the 40s and 50s, there are three main series of organic sulfur fungicides: Fumei, Daisen (such as Daisen zinc) and trichloromethylthiocarbaimide, in addition to organic chlorine, organic mercury, Organic arsenic fungicides have also developed. Most of these fungicides are protective agents and have limitations in application.


Since the 1960s, more chemical types of fungicides have emerged, the most important of which is the advent of systemic fungicides.





In 1965, Japan developed the organophosphorus bactericide rice blast. In 1966, the United States developed the rust-free spirit. In 1967, the United States developed benomyl. In 1969, Japan developed thiocarbazone. In 1974, the Federal Republic of Germany developed oxazolone, 1975. In the United States, tricyclazole was developed in the United States. In 1977, Mexico developed the metalaxyl. In 1978, France developed aluminum triethylphosphate. The systemic agent represented by the above has become the mainstream of the development of fungicides since the 1970s. At the same time, agricultural antibiotics have also developed rapidly. Organic mercury, organic arsenic and certain organochlorine fungicides are being phased out due to toxicity or environmental pollution problems. A new generation of systemic agents has further expanded the market for fungicides due to improved control effects. By the 1980s, there were more than 200 types of fungicides. According to the survey, worldwide sales of fungicides reached US$2.54 billion in 1985, accounting for 18.4% of total pesticide sales.


In 1984, the sales of systemic agents in biocides accounted for 44.2%, and non-endrols accounted for 55.8%. In the past half century, the development of fungicides has mainly focused on the prevention and treatment of fungal diseases, and the research and development of agents for controlling bacteria and viruses has not been sufficiently developed. Since the 1950s, China has mainly developed protective fungicides. Since the 1970s, it has begun to develop systemic fungicides and agricultural antibiotics, and has stopped using organic amalgams. Due to the complicated application technology of fungicides, the development speed is not as fast as that of pesticides. However, the protective effect of fungicides on agricultural production has been increasingly recognized by farmers. With the modernization of Chinese agriculture, the development of fungicides will surely accelerate.

Wheat scab is a common disease in the world, which mainly causes seedling blight, ear rot, stem base rot, stem rot and ear rot. it can be damaged from seedling to heading, and the most serious one is ear rot, which is one of the most serious diseases in wheat.


What fungicides can be used to control it?
Carbendazim is a kind of benzimidazole fungicide, which is effective to many ascomycetes and Deuteromycetes. Therefore, carbendazim has a high control effect on wheat scab. It is the first traditional medicine to control wheat scab with low cost.

Thiophanate methyl, like carbendazim, is a kind of benzimidazole fungicide. It can be transformed into carbendazim in plants, which interferes with the formation of spindle body and cell division. Therefore, its control mechanism is similar to carbendazim, but compared with carbendazim, it has stronger absorption and longer lasting effect. For infected plants, the control effect was better than carbendazim.
Tebuconazole has good control effect on powdery mildew, rust and other diseases. Tebuconazole is an effective and suitable drug to control wheat scab. Reasonable use of Tebuconazole has a good control effect on wheat scab, and it is one of the ideal fungicides to control wheat scab.
Through the combination of different active ingredients, it is the most common and direct means to control wheat scab, and it can delay the development of fungicide resistance
The compound product with high efficiency for wheat scab is a powerful supplement to the fungicide for controlling wheat scab.