Ion Exchange Resin

Citric acid, scientific name 2-hydroxypropane-1,2,3-tricarboxylic acid, is widely used in food, medicine, cosmetics and other industrial fields. The production of citric acid is mainly through biological fermentation. In the process of fermentation, salt, pigment and other impurities will inevitably be produced. It is necessary to achieve the impurity removal and purification of citric acid through necessary refining process to meet the requirements of relevant standards.

There are many kinds of ion exchange resins, the most basic of which is anion cation exchange resins. The application fields of different types of ion-exchange resins are also different. What are the uses of different ion exchange resins? Now, Sunresin will give you a brief explanation.

Ion exchange resin is a kind of macromolecule compound, a kind of macromolecule with the network structure of the functional group. What are the performance and working principle of this kind of polymer? Here, as one of the most professional anion exchange resin manufacturers, we will briefly introduce it to you.

Sunresin, anion exchange resin supplier, gives a plan for ion exchange resin pretreatment. Let's take a look at it.

Cation resin is a negatively charged matrix with exchangeable positive ions (cations).

The particle size and physical properties of ion exchange resin have a great influence on its performance.

"Debittering" olives is a complex process. In their natural state, olive fruits are rich in a compound called phenol, which is unacceptable. If olive is to be squeezed into oil, its phenolic substances are not important. Most of them just need to be pressed to produce meat (just wait for the oil to be squeezed). However, edible olives must remove phenolics from them before they are eaten.

Ion exchange resin contains a certain amount of water, which should be kept as much as possible during transportation and storage.