Desc：First of all, the industrial grade sodium hexametaphosphate manufacturer Chuandong Chemical Group will talk about how the scale is formed. The scale is that when the water is heated to boiling, part of it evaporates and the insoluble calcium sulfate (CaSO4) precipitates. The original dissolved calcium bicarbonate (Ca (HCO3) 2) and magnesium bicarbonate (Mg (HCO3) 2) decompose in boiling water and release carbon dioxide (CO2), which becomes the hard to dissolve calcium carbonate (CaCO3) and magnesium hydroxide (Mg (OH) 2) and precipitates down, sometimes MgCO3 is also generated, thus forming scale.

Desc：Peroxyacetic acid is widely used in this epidemic because of its high efficiency and wide spectrum, which can kill bacteria, fungi, viruses, algae and other microorganisms quickly and thoroughly. It can play an effective role in disinfection under various conditions (even under low water temperature of 4 ℃). But peroxyacetic acid is a kind of strong oxidant, colorless liquid, with strong irritant odor and acid corrosiveness. It must be diluted before use. Asthe manufacturer of peroxyacetic acid, Chuandong Chemical Group will tell you what are the safety tips for using peroxyacetic acid.

Desc：Chlorinated sodium phosphate is a white needle like or rod like crystal. Melting point 62 ℃. Slight smell of chlorine. Soluble in water, the solution is alkaline. It is stable at room temperature and easy to decompose when heated. It can form insoluble phosphate crystal directly with calcium, magnesium and heavy metal ions in the aqueous solution, soften the water, and make the insoluble impurities in the solution agglomerate and settle. So, is chlorinated sodium phosphate a disinfectant? The manufacturer tells you.

Desc：The dispersing effect of sodium hexametaphosphate is due to its hydrolyzed anions adsorbed on the particle surface. In order to improve the dispersing effect, the hydrolysis degree of the dispersant can be selectively increased. It is believed that we all know that the function of dispersant is to increase the distance between the large particles to be dispersed in the solution and reduce the viscosity of the whole solution. However, the amount of sodium hexametaphosphate used in the dispersion of different substances is also different.

Desc：Affected by the epidemic situation, I believe that in recent days, everyone has purchased and used some disinfectants. 75% ethanol, chlorine containing disinfectant, peracetic acid and other disinfection products that are not subject to special control can effectively inactivate the virus, which has attracted more and more attention of the society. In our daily life, chlorinated sodium phosphate is actually exposed to, such as: disinfection of tap water, disinfection of hospital sewage and object surface, disinfection of swimming pool water, etc. Today, as the manufacturer of chlorinated sodium phosphate, Chuandong Chemical will tell you the precautions for the safe use of chlorine containing disinfectants.

Desc：Chlorinated sodium phosphate is a general and efficient disinfectant. It is a white solid and soluble in water. Its solubility is 35% at 25 ℃. Chlorine containing disinfectants can kill all kinds of microorganisms, including bacterial colonies, viruses, fungi, tuberculosis bacteria and bacterial spores with the strongest resistance. Such disinfectants include inorganic chlorine compounds (such as sodium hypochlorite, calcium hypochlorite, chlorinated sodium phosphate), organic chlorine compounds (such as sodium dichloroisocyanurate, trichloroisocyanuric acid, ammonium chloride t, etc.). Among them, inorganic chlorine is unstable, easily affected by light, heat and humidity, losing its effective components, while organic chlorine is relatively stable.