Agricultural Basic Copper Sulphate (https://www.wsdty.com/product/copper-sulfate/basic-copper-sulphate/) is a copper-containing bactericide, which does not contain any harmful impurities, is not easy to produce phytotoxicity, is resistant to rain erosion, leaves no residue on the surface of plants, and has no drug resistance. It can be mixed with common pesticides, such as 1605, omethoate, monocrotophos, malathion, phoxim and pyrethroid pesticides. Agricultural basic copper sulfate is widely used in agriculture. Common products include dosage forms: 35% suspending agent; 30% colloidal suspension. 27.12% SC, 50%, 80% WP.
The manufacturer of cupric chloride dihydrate introduced that copper preparations such as agricultural basic copper sulfate, cupric hydroxide and quinoline copper are commonly used bactericides in vegetable disease prevention and control, and have the characteristics of wide bactericidal spectrum and long lasting period. In particular, agricultural basic copper sulfate, as a plant protective inorganic bactericide, is applied before the occurrence of vegetable crops, has a defensive effect, has a function of rapidly killing bacteria when applied at the initial stage of occurrence, and can also stimulate wound healing. At the same time, agricultural basic copper sulfate also has the function of activating some soil nutrient elements, increasing crop nutrition and stimulating growth, and plays a role of broad-spectrum sterilization and promotion.
Agricultural basic copper sulfate is a multi-site bactericide. Because of its fine particle size, good dispersibility and rain erosion resistance, it can firmly adhere to the surface of plants to form a protective film. Agricultural basic copper sulfate relies on acidification of water on the surface of plants to gradually release copper ions, inhibit fungal spore germination and hypha development, and can effectively prevent and control fungal and bacterial diseases of crops. The Copper Chloride Dihydrate Manufacturers (https://www.wsdty.com/product/copper-chloride-dihydrate/) reminds us warmly that the use of basic copper sulfate for agriculture needs to be paid great attention. Due to its characteristics, this drug cannot be mixed with fosetyl-aluminum pesticides. In addition, it is suggested that fungicides with different action mechanisms be used alternately to delay the generation of resistance.
The manufacturer of cupric chloride dihydrate introduced that copper preparations such as agricultural basic copper sulfate, cupric hydroxide and quinoline copper are commonly used bactericides in vegetable disease prevention and control, and have the characteristics of wide bactericidal spectrum and long lasting period. In particular, agricultural basic copper sulfate, as a plant protective inorganic bactericide, is applied before the occurrence of vegetable crops, has a defensive effect, has a function of rapidly killing bacteria when applied at the initial stage of occurrence, and can also stimulate wound healing. At the same time, agricultural basic copper sulfate also has the function of activating some soil nutrient elements, increasing crop nutrition and stimulating growth, and plays a role of broad-spectrum sterilization and promotion.
Agricultural basic copper sulfate is a multi-site bactericide. Because of its fine particle size, good dispersibility and rain erosion resistance, it can firmly adhere to the surface of plants to form a protective film. Agricultural basic copper sulfate relies on acidification of water on the surface of plants to gradually release copper ions, inhibit fungal spore germination and hypha development, and can effectively prevent and control fungal and bacterial diseases of crops. The Copper Chloride Dihydrate Manufacturers (https://www.wsdty.com/product/copper-chloride-dihydrate/) reminds us warmly that the use of basic copper sulfate for agriculture needs to be paid great attention. Due to its characteristics, this drug cannot be mixed with fosetyl-aluminum pesticides. In addition, it is suggested that fungicides with different action mechanisms be used alternately to delay the generation of resistance.
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