Regenerated Soft Water Salt for Water Treatment Chemicals

• CAS No.: 7782-63-0
• Formula: Feso4.7H2O
• EINECS: 231-753-5
• Acid-Base Property: Acidic Surface Disposal Agent
• Certification: WQA
• Environmental Protection: Yes
• Model NO.: 99%
• Color: Green
• Appearance: Liquid
• Type: Sewage Treatment Chemicals
• Transport Package: 25kg/Bag
• Specification: 25Kg/bag
• Trademark: henghao
• Origin: China
• HS Code: 283329
• Production Capacity: 9999999

Product Description

Product Description

     Soft water salt, also known as ion exchange resin regenerator. Its main chemical component is sodium chloride (NaCl), which is generally shaped as a spherical agent.

Soft water salt characteristics

     1. The purity of salt is as high as 99.5%

     2, hard, swag and sediment to make the best water softener scaling,

     3. The shape of soft water salt is consistent, no bridge, no lump, to ensure the quality and efficiency of soft water:

     4. The soft water salt is added with special additives, and the ability to remove iron ions is 6 times that of the general salt, and the equipment can be protected with high efficiency.

     5, after special formula preparation, the performance is better than any other soft water salt, it can double remove impurities in the water, its softening water capacity is also 2 times higher than other soft water salts, can make the efficiency of the water softener improve, maintenance is reduced, and the life is extended.







 

How it works

     There are many ways to treat water, but the most important, advanced and suitable water treatment technology is ion exchange technology. The ion exchange resin used in advanced water purification devices is usually a sulfonate-type sodium ion exchange resin. After the raw water to be treated passes through the resin, the harmful impurity ions (mainly calcium Ca, magnesium Mg ions) in the water can be adsorbed into the resin to achieve the purpose of purifying water quality. With the increase of water treatment, more and more adsorbed impurities, the adsorption capacity of the resin will gradually decrease, and to remove the impurities adsorbed by the resin (mainly calcium Ca, magnesium Mg ions), it is necessary to use sodium ions (Na), through the backwashing method, through the ion exchange and the impurity ions adsorbed by the resin (mainly calcium Ca, magnesium Mg ions), displaced, so as to restore the adsorption capacity of the ion exchange resin, this process is also called ion exchange resin regeneration.