Due to the different resistance of different types of microorganisms to disinfectants, certain pathogenic bacteria may not be able to be killed and multiply in size. Therefore, the daily preventive disinfection of farms should be based on factors such as the local epidemic disease, susceptible species and prevalence of livestock and poultry, and a comprehensive analysis should be used to formulate a disinfection plan, and prepare several different types and functional disinfectants during the breeding process. Adhere to regular rotation alternating use.

When being threatened by an epidemic disease or having an epidemic disease, a temporary disinfection plan should be formulated in a timely manner according to the specific situation. The disinfectant and disinfection method should be selected in a targeted manner, and the best disinfection product should be selected and replaced in time to achieve the best disinfection effect.

When considering the compatibility of drugs when using disinfectants, a good formula can significantly improve the effectiveness of disinfection.

When preparing disinfectants, special attention should be paid to incompatibility, and they should not be mixed and used arbitrarily. Because of the different nature of the disinfectant, the mixed use of the disinfectant can easily cause chemical reactions between the two components that are antagonistic to each other, which may weaken the effect or even lose the disinfecting effect. Some disinfectants may form harmful gases when used in combination.

Sodium Ethoxide CAS No.141-52-6

Sodium Ethoxide Basic Information
CAS: 141-52-6
MF: C2H5NaO
MW: 68.05
EINECS: 205-487-5
Mol File: 141-52-6.mol

Sodium Ethoxide Structure

Sodium Ethoxide,Sodium Ethoxide Formula,Sodium Ethoxide Structure,Sodium Methoxide Formula,Sodium Ethoxide In Ethanol Oxide Density

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