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Application Principle of Ion Exchanger
Ion exchange is one of the most commonly used water treatment technologies.
Application of Softening Resin in Water Treatment
Water treatment resins are classified into cationic resins and anionic resins. Cationic resins are subdivided into sodium and hydrogen resins. Sodium resins exchange calcium and magnesium ions into sodium ions, which soften water.
Use of Cation Exchange Resin
Cation resin is a negatively charged matrix with exchangeable positive ions (cations).
Physical Condition of Resin Beads
The particle size and physical properties of ion exchange resin have a great influence on its performance.
Ion Exchange Beads: A New Method of Debittering Olive
"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 Storage
Ion exchange resin contains a certain amount of water, which should be kept as much as possible during transportation and storage.
What is The Use of Ion Exchange Resin Products?
Ion exchange resin is a kind of polymer, which is obtained by chemical synthesis. In fact, ion exchange resin is also a synthetic resin. Ionic resins are widely used. Here is a list of ion exchange resins.
The Classified of Ion Exchange Resin
Ion exchange resin is a kind of macromolecule compound with a functional group (an active group of exchange ion), network structure and insolubility, usually spherical particles. The ion exchange resin chemistry has many advantages.
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