Chelating functional groups for different metal ions and the professional technology of using chelating agents to graft onto resins, fully leveraging the advantages of solid-liquid separation, overcoming the shortcomings of liquid extractants in purifying trace residues in products, purifying high-purity chemicals, removing fluoride, arsenic, nitric acid, heavy metal ions from drinking water, arsenic, nitric acid, fruit juice, and beverage, and food and medicine Ionic membrane caustic soda secondary brine purification, wastewater discharge standards, etc., meet the unique applications in various fields.

Ion exchange resin is a kind of macromolecular compound with network structure and functional groups. It mainly consists of the following three parts:

The above report brings the most important requirement of removing fluoride in the groundwater treatment process. The defluorination resin developed by our company provides a perfect solution

Therefore, the ion exchange purification of sugar-containing solutions has become an important topic in the application of ion exchange resins, which is an important method for partial or total recovery of sugar, and its application field has been extended to the whole sugar industry.

Pure and ultrapure water is commonly used in laboratories for configuration and cleaning. There are many ways to produce pure water. The early methods include distilled water production and the popular ultrapure water mechanism water production. Let me introduce them to you in detail:

The theory of ion exchange in fact can be summed up in one sentence: the high concentration ions in the solution and the loaded ions on the resin functional groups are exchanged under the promotion of the concentration difference,