NEWS

Polyaluminum chloride is a flocculant and is the most widely used water purifier in drinking water treatment. Our drinking water mainly uses water from the Yellow River, Yangtze River and reservoirs. Due to the large sediment content and large processing capacity, polyaluminum chloride is required to accelerate the precipitation, thereby improving the processing efficiency. Although the water from the waterworks is low-turbidity water, it has high requirements for water purification, so it is difficult for general polyaluminum chloride to meet the treatment standards. We all know that tap water is people’s drinking water, and the state has clear regulations and index requirements for the treatment of drinking water. Now, let’s

In the fishery and aquaculture industry, fishermen are most worried about the changes in the water quality of the storage tanks. The changes in the water quality indicate that microorganisms such as bacteria and algae in the water have begun to multiply, and the harmful microorganisms and toxins produced will pose a great threat to aquatic animals, leading to Aquatic animals get sick or even die; therefore, sterilization and disinfection of water bodies is a very important task in fishery production, and farmers trust Dichloride in the selection and use of disinfectants. Sodium dichloroisocyanurate is also known as SDIC or NADCC. It is a representative product of high-efficiency disinfectants. Users

Now when people go out to eat, many restaurants will provide disinfection tableware, but many customers are still worried about hygiene issues, always rinse it again before use, customers are not unreasonable to worry, many tableware companies use inferior disinfectants can not effectively kill the tableware Bacteria, in order to provide everyone with hygienic and safe tableware, it is recommended to use SDIC Disinfection Powder for sterilization and disinfection. Because restaurant tableware is often used repeatedly, it will breed a large number of bacteria and germs. The most common ones are hepatitis B virus and E. coli. Using these tableware full of bacteria is a huge threat to human health.

Trichloroisocyanuric acid (TCCA) is a common disinfectant. Its efficacy can be described as very powerful. It is generally used in water treatment. Trichloroisocyanuric acid is a kind of high-efficiency, low-toxicity, and rapid sterilization characteristics. It has the effects of sterilization, deodorization, and bleaching. Therefore, it has more applications in the textile industry. In the textile industry, trichloroisocyanuric acid is mainly used as a bleaching agent for natural and synthetic fibers. The decomposition of trichloroisocyanuric acid in water can produce hypochlorous acid, which can undergo addition reaction with the conjugated bond of the chromophoric group in the fiber, change the wavelength of light absorption of the fiber, destroy the pigment of

Swimming pool is a place for swimming. Most swimming pools are built on the ground. According to the water temperature, they can be divided into general swimming pools and warm water swimming pools. Swimming pool is a special place for swimming sports. Divided into indoor and outdoor. Swimming pools should have filtration and disinfection equipment to keep the pool water clean. Swimming pool disinfectants generally use chlorine tablets, so how to choose chlorine disinfection tablets? The choice of disinfecting chlorine tablets should meet the following requirements: and have the function of continuous sterilization; 1. Chlorine tablets do not cause water and environmental pollution, and do not change the water quality

Do you often go to the swimming pool and find that the water in the swimming pool is sparkling and crystal clear? The clearness of this pool water is related to the residual chlorine, pH, cyanuric acid, ORP, turbidity, and other factors of the pool water quality. Cyanuric acid is a disinfection by-product of the disinfectants dichloroisocyanuric acid and trichloroisocyanuric acid, which can stabilize the concentration of hypochlorous acid in water, thus producing a long-lasting Disinfection effect. However, because Cyanuric Acid is not easy to decompose and remove, it is easy to accumulate in water. When the concentration of cyanuric acid increases to a certain level, it will seriously inhibit