1、單過硫酸氫鉀活性氧濃度可達8～10%，僅與水接觸10～20分鐘即可有效殺滅細菌，可殺滅細菌72小時。
1. The concentration of reactive oxygen species of potassium bisulfate alone can reach 8 ~ 10%. Bacteria can be effectively killed only after contacting with water for 10 ~ 20 minutes, and bacteria can be killed for 72 hours.
2、在水通過循環鏈反應繼續產生的活性氧，小分子高能粉通過鏈式反應產生各種高能量、高活性的自由基，氧原子的新生態氧自由基和次氯酸，羥基自由基，過氧化氫，硫酸根自由基和其他活性成分，保持能力。
2. The active oxygen continuously generated in water through circulating chain reaction activates small molecule high-energy powder to produce various high-energy and high-activity free radicals through chain reaction, newborn oxygen free radicals and hypochlorous acid, hydroxyl free radicals, hydrogen peroxide, sulfate free radicals and other active components of oxygen atoms, so as to maintain the bactericidal ability.
3、多種活性成分共存，可殺滅病毒、真菌、芽孢桿菌等。
3. A variety of active ingredients coexist, which can kill viruses, fungi, bacillus, etc.
4、本公司的過硫酸氫鉀受水質影響較小。
4. The potassium bisulfate produced by the company is less affected by water quality.
5、、無有害致癌、無致畸、無致突變副產物等。
5. Non toxic, no harmful carcinogenic, teratogenic, mutagenic by-products, etc.
詳細解讀過硫酸氫鉀的原理
The sterilization principle of potassium bisulfate is explained in detail
過硫酸氫鉀從分子結構上來說，過硫酸氫鉀與過氧乙酸極其相似，過氧鍵分別與硫原子、碳原子連接，過硫酸氫鉀是無機物，其有效成分是單過硫酸根離子，它可將微生物的蛋白質氧化，導致微生物死亡。單過硫酸氫鉀是中性鹽，其水溶液的酸性是由于復合鹽中硫酸氫鉀溶解產生氫離子造成的。但是過硫酸氫鉀在酸性條件下穩定性要遠遠好于中性條件，在堿性條件下則會快速分解。復配后的過硫酸氫鉀復合鹽，是將氯化鈉、有機酸與單過硫酸氫鉀制成的單過硫酸氫鉀復合鹽劑，在水溶液中，利用單過硫酸氫鉀特殊的氧化能力，在水中發生鏈式反應，不斷產生新生態氧、次氯酸、自由羥基、過氧化氫。通過新生態氧和自由羥基的氧化作用可以改變細胞膜的通透性使之破裂，從而正常保護層，達到殺滅細菌、真菌、原蟲、病毒的目的。
In terms of molecular structure, potassium bisulfate is very similar to peracetic acid. The peroxide bond is connected with sulfur atom and carbon atom respectively. Potassium bisulfate is an inorganic substance, and its effective disinfection component is monopersulfate ion, which can oxidize the protein of microorganisms and lead to the death of microorganisms. Potassium bisulfate monohydrate is a neutral salt, and the acidity of its aqueous solution is caused by hydrogen ions produced by the dissolution of potassium bisulfate in the composite salt. However, the stability of Potassium Bisulfate under acidic conditions is much better than that under neutral conditions, and it will decompose rapidly under alkaline conditions. The compound potassium bisulfate compound salt is a potassium bisulfate compound salt disinfectant made of sodium chloride, organic acid and potassium bisulfate. In aqueous solution, using the special oxidation ability of potassium bisulfate, it has a chain reaction in water to continuously produce new ecological oxygen, hypochlorous acid, free hydroxyl and hydrogen peroxide. Through the oxidation of newborn oxygen and free hydroxyl, the permeability of cell membrane can be changed and broken, so as to normal the protective layer and kill bacteria, fungi, protozoa and viruses.
另外，新生態氧、次氯酸、自由羥基三者均可以同時殺滅微生物，故溶解后達到了限度的協同作用，所以單過硫酸氫鉀復合鹽的相比其他成分的劑要多。同時在殺滅微生物后放出的氯化物又會被過硫酸氫鉀的活性氧氧化為次氯酸和自由羥基，持久地發生作用。所以
過硫酸鉀復合鹽在功能上具有、廣譜、快速、持久、的特點。
In addition, neoecological oxygen, hypochlorous acid and free hydroxyl can kill microorganisms at the same time, so the maximum synergistic bactericidal effect is achieved after dissolution. Therefore, the bactericidal effect of potassium persulfate composite salt is much better than that of disinfectants with other components. At the same time, the chloride released after killing microorganisms will be oxidized into hypochlorous acid and free hydroxyl by the active oxygen of potassium bisulfate, which will act for a long time. Therefore, potassium persulfate compound salt has the characteristics of high efficiency, broad spectrum, rapidity, durability and safety in disinfection function.
