Ion Exchange Resin Diagram. Ad deliver high performance and high throughput on a large scale. The schematic diagram of the expected ion exchange mechanism under the above mentioned conditions in the simplest form is represented in fig.
With proper care ix resins can deliver consistent results and have a long service life making. Improve process development flexibility and manufacturing throughput with poros resins. Improve process development flexibility and manufacturing throughput with poros resins.
Ion exchange resins ion exchange resins are organic compounds polymerized to form a porous tridimensional matrix a crosslinking agent eg divinylbenzene is added during the polymerization reaction to generate the tridimensional structure the resins in the from of spherical particles are chemically activated by reacting the polymer matrix with a compound.
Ion exchange resins adapted from neumann and fatula 2009 synthetic and industrially produced ion exchange resins consist of small microporous beads that are insoluble in water and organic solvents. These beads are porous and contain invisible water inside the beads measured as humidity or moisture content. The eluent loaded onto the column displaces any anions bonded to the resin and saturates the resin surface with the eluent anion. The main disadvantage is the transfer of impurities from the effluent.