This industrial grade magnesium sulfate for water treatment has core advantages including high purity up to 98.0%, which ensures high efficiency of heavy metal removal. The particle size is strictly controlled to 50 mesh pass rate ≥90%, which can be quickly dissolved in water and fully reacted with heavy metal ions. It has good adaptability to different water quality conditions, and can effectively remove heavy metal ions whether it is acidic or alkaline water quality. Compared with other heavy metal removal agents, it has no secondary pollution, and the generated precipitate is easy to precipitate and filter, reducing the subsequent treatment cost. It is a low-cost water treatment agent, which can effectively reduce the operating cost of water treatment enterprises, and the dosage is only 10-50ppm according to different water quality conditions, which is economical and practical.
The product specifications are as follows: appearance is colorless or white crystalline particles without visible impurities, purity is not less than 98.0%, moisture content ≤1.0%, heavy metal content (calculated as Pb) ≤50ppm, insoluble matter content ≤0.1%, PH value is 5.0-8.0 when configured into a 10% aqueous solution. The particle size is 50 mesh pass rate ≥90%, ensuring rapid dissolution in water. The packaging adopts 1000kg jumbo bags, which is convenient for transportation and use in large-scale water treatment projects. It can also be customized into 25kg plastic woven bags according to customer needs. The bulk density is about 1.3g/cm³, which is convenient for metering and feeding during water treatment.
This industrial grade magnesium sulfate for water treatment is mainly applicable to electroplating wastewater treatment, mining wastewater treatment, drinking water purification, industrial circulating water treatment and other scenarios. In electroplating wastewater treatment, it can remove heavy metal ions such as chromium, nickel and cadmium in wastewater, meeting the national sewage discharge standards. In mining wastewater treatment, it can precipitate heavy metal ions dissolved in mine water, reducing the pollution of mine water to the environment. In drinking water purification, it can adjust the hardness of water and remove heavy metal impurities, improving the safety of drinking water. It can also be used as a coagulant aid in industrial circulating water treatment, improving the efficiency of sedimentation and filtration of circulating water.
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