Direct supplier of sodium cation exchange resin for water softeners

Direct supplier of sodium cation exchange resin for water softeners
New resins often contain solvents, substances that have not participated in polymerization reactions, and small amounts of low polymers, and may also adsorb heavy metal ions such as iron, aluminum, and copper. When the resin comes into contact with water, acid, alkali, or other solutions, the soluble impurities mentioned above will be transferred into the solution, contaminating the effluent quality in the early stages of use. So, the new resin needs to be pre treated before being put into operation.

Direct supplier of sodium cation exchange resin for water softeners
The utility model is about ten times faster than gel resin. The utility model has the advantages of quick effect, high power level and short processing time. Macroporous resin also has many flash points: they are resistant to expansion, cracking, oxidation, friction damage, heat and temperature changes. In addition, they are conducive to the adsorption and exchange of organic macromolecules, so they have a strong anti pollution property. In addition, they are also conducive to regeneration The ion exchange capacity of ion exchange resin and its performance in ion exchange reactions are listed in its "ion exchange capacity".

As a result, the treatment water quality was reduced and the amount of regenerant used was increased.
This resin can be regenerated with salt water (without strong acid) after being used in sodium form.

The downstream regeneration ion exchange device is simple and reliable, but it is greatly affected by the composition of the raw water quality, and the regeneration capacity cannot be fully utilized.
For example, anionic resins can be converted into chlorine type and reused, releasing Cl - during operation while adsorbing and exchanging other anions. Its regeneration only requires a salt solution.

The degree of regeneration of the lower part after regeneration.