Deodorizing sterilizing foamed liquid for water closet
A foam liquid and toilet technology, applied in the field of chemistry, can solve the problems of large water consumption and poor effect of poisonous bacteria, etc., and achieve the effects of small water consumption, easy popularization and application, and broad popularization and application prospects.
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Embodiment 1
[0014] The prescription is: 30kg of anionic surfactant sodium alkylsulfonate, 8kg of nonionic surfactant amine oxide, 6.8kg of defoaming agent isopropanol, 3kg of buffering agent citric acid, and 2kg of lemon fragrance.
[0015] Production process: according to the above formula, select ingredients and weigh them for later use, add 100kg of demineralized water into the liquid tank, heat the water and keep it between 45-50°C, add 30kg of anionic surfactant sodium alkylsulfonate, wait After dissolving completely, add 8 kg of nonionic surfactant amine oxide and evenly dissolve into a surfactant solution, be down to room temperature and be 23° C., adjust the pH of the surfactant solution to pH5.6 with buffer citric acid (practical citric acid 2.54kg), then add defoamer isopropanol 6.8kg, lemon fragrance 2kg and mix homogeneously, leave standstill 2 hours, check, canned, be toilet deodorizing and sterilizing foam liquid (I) product of the present invention.
Embodiment 2
[0017] The prescription is: 1250g of sodium α-olefin sulfonate, 380g of fatty acid alkanolamide, 360g of ethanol, 160g of disodium hydrogen phosphate, 100g of rosin flavor, 600g of KATHON-WT bactericidal preservative, 600g of cationic alkyl glycoside, and 100g of magnesium chloride.
[0018] Production process: According to the above formula, select ingredients and weigh them for later use, add 5000g of demineralized water into the container, heat the water and keep it between 46-48°C, add 1250g of α-olefin sulfonate sodium, after it is completely dissolved, After adding 380g of fatty acid alkanolamides and uniformly dissolving to become a surfactant solution, the room temperature was lowered to 22°C, and the pH of the surfactant solution was adjusted to pH5.7 with disodium hydrogen phosphate (practical disodium hydrogen phosphate 148g), and then added Ethanol 360g, rosin fragrance 100g, KATHON-WT bactericidal preservative 600g, cationic alkyl glucoside 600g, magnesium chloride...
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Abstract
Description
Claims
Application Information
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