Application of Mixed Bed Ion Exchange ResinSEPLITE® Ion Exchange Resins are very versatile in their application: one of them is the use as a mixture of Cation and Anion exchange resins also known as Mixed Bed (MB). Mixed Beds allow to perform an efficient demineralization in one process step: by intimately mixing highly regenerated Cationic and Anionic resins a Mixed Bed represents a succession of a huge number of Cationic and Anionic exchanger beds leading to a very high purity of the treated water.

Organic synthetic polymer material is a kind of polymer material with certain functional properties, which is produced by the polymerization of unsaturated organic molecules with double bond structure under initiating conditions.

Softening resins are categorized into solvent or Non-solvent products depending on whether dichloroethane solvent is used in the resin manufacturing process. Dichloroethane residues though trace amount may exist in the effulent extractions of solvent resins, but will never exist in Non-solvent resins.

SUNRESIN is providing a wide range of Ion Exchange Resins to prepare Water for Human consumption. One of our key application is to be found on the kitchen table of many household in pour-through Water Filters where our SEPLITE® LSF983is used widely in Cartridge to improve Drinking Water directly at the point of use.

Storage life of unused ion exchange resin under appropriate conditions Under appropriate conditions: store in a dry, cool and unopened package at 5-30℃

Seplite® LSC285 special resin for brine iodine removal, and developed a complete set of iodine removal process through the industrial scale verification of many domestic ion membrane caustic soda productionenterprises, the effect is remarkable. The iodine is effectively removed and the iodine recoveryis realized. It not only solves the problem of electricity efficiency, but also creates economic benefits, which is highly praised and recommended by industry and enterprises.

The color indicator resin is introduced into gel type anion or cation exchange resin through a special process, which makes the color changes under different ion types. It is convenient for users to judge the exhaustion state of ion exchange resin directly.

Chromatographic separation is an effective method for separating components in complex mixtures, which is based on different partition coefficients of different substances in stationary phase and mobile phase. When the two phases move in relative motion, these substances move together with the mobile phase and are distributed repeatedly between the two phases. Thus, different substances are eluted at different places and separation is achieved.