Efficient broad-spectrum safe environment-friendly disinfectant capable of fumigation
A safe, environmentally friendly, high-efficiency and broad-spectrum technology, used in disinfectants, chemicals for biological control, applications, etc., can solve problems such as the application limitations of physical methods and biological methods, and achieve flexible use methods, prolonged action time, The effect of using process safety
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Embodiment 1
[0017] A high-efficiency, broad-spectrum, safe and environmentally friendly disinfectant. Each 1kg product consists of the following ingredients: 720g of sodium dichloroisocyanurate, 50g of cellulose sodium, 50g of soda ash, and 50g of anhydrous sugar.
[0018] A kind of production method of safe high-efficiency broad-spectrum low-toxic disinfectant comprises the following steps:
[0019] a. Weigh various raw materials according to the formula requirements;
[0020] b. Mix sodium cellulose, soda ash, sodium sulfate and anhydrous sugar to obtain a primary mixture;
[0021] c. Add sodium dichloroisocyanurate into the primary mixture for mixing to obtain the finished product.
[0022] The disinfectant described in Example 1 is applicable to disinfections such as poultry houses, corrals, utensils, breeding eggs and drinking water. Usage and dosage: Disinfection of livestock and poultry breeding places and utensils: 100-1000mg per 1L of water (calculated as available chlorine); d...
Embodiment 2
[0024] A high-efficiency, broad-spectrum, safe and environmentally friendly disinfectant. Each 1kg product is composed of the following ingredients: sodium dichloroisocyanurate 650g, cellulose sodium 50g, soda ash 40g, anhydrous sugar 60g, and sodium sulfate to make up the weight.
[0025] Production method is with embodiment 1.
[0026] The disinfectant described in embodiment 2 is suitable for disinfection such as poultry houses, corrals, utensils, breeding eggs and drinking water. Usage and dosage: Disinfection of livestock and poultry breeding places and utensils: 100-1000mg per 1L of water (calculated as available chlorine); disinfection of breeding eggs: soaking, 100-400mg per 1L of water (calculated as available chlorine); disinfection of epidemic foci: per 1L of water 200mg per 1L of water (calculated as available chlorine); drinking water disinfection: 33-40mg per 1L of water (calculated as available chlorine). Fumigation: Distribute the drug evenly, leave quickly af...
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