ION EXCHANGE RESINS
THR-675-H (WEAK CATIONIC)
It comes in the form of ivory-colored spheres with carboxyl functional groups and an acrylic matrix. This resin was developed for the removal of heavy metals contained in drinking water and to eliminate its temporary hardness. It is widely used for domestic use, in combination with activated carbon impregnated with silver nitrate and selective nitrate resin.
TSR-820-NA (STRONG CATIONIC)
The TSR-820-NA ion exchange resin is of the strong cationic type, sodium polystyrenesulfonate gel type distributed in Na+ form. This resin has been developed for softening in industrial, commercial or residential applications where free chlorine is not present due to its high capacity and relatively good physical stability. This product complies with the Ministerial Decree. n.174 of 04/06/2004 for materials suitable for contact with water intended for human consumption.
AD-103-FB (WEAK ANIONIC)
The AD-103-FB ion exchange resin is of the weak anionic type, with a macroporous structure and ammonium functional groups. It is suitable for the removal of strong acid anions in demineralization cycles, after the strong cationic resin stage. This type of resin has excellent resistance to osmotic shock and mechanical stress.
AD-605-CR (WEAK ANIONIC)
AD-605-CR ion exchange resin is of the weak anionic type with amine functional groups. It is suitable for the removal of chromates in primary and waste water. The macroporous structure also allows the removal of large organic molecules that may be present in the water to be treated.
ASR-901-CL (STRONG ANIONICS)
The ASR-901-CL ion exchange resin is of the macroporous strong anionic type, with ammonium functional groups quaternaries and polystyrene matrix. This specific type of resin is particularly resistant to osmotic and mechanical stress. It preferably retains anions in demineralization cycles and the particular structure also allows their removal of large organic molecules.
NSR-720 (NITRATE SELECTIVE)
It comes in the form of ivory-colored spheres with a higher exchange capacity than resins of the same type normally used. The macroporous structure is made up of quaternary ammonium functional groups which work in such a way as to guarantee maximum efficiency in the selective removal of nitrates present in drinking water, thus increasing the duration and capacity of each operating cycle of the resin itself.
WBR-07-B (SELECTIVE BORON)
Ion exchange resin for the selective removal of Boron in water. In fact, the borates create a stable complex with the glucaminic functional groups of this resin. The macroporous structure also allows the removal of large organic molecules possibly present in the liquids to be treated and makes it particularly resistant to mechanical and osmotic stress.
RCH-748 (CATIONIC CHELATING heavy metal remover)
It comes in the form of opaque ivory-colored spheres with iminodiacetic functional groups and a styrene-divinylbenzene matrix. The macroporous structure is made up of specific functional groups that work in such a way as to guarantee maximum efficiency in the removal of heavy metals contained in water, such as: iron, lead, nickel, copper, zinc, calcium, sodium, barium, etc.
LM-9 (MIXED BED)
Mixed bed resin, prepared by mixing a strong cation resin and a strong type 1 anion resin. It is suitable for the production of ultrapure water, free from silica and CO2.
LMN-84-E15 (MIXED BED)
Nuclear grade mixed bed resin, prepared by mixing a strong cation resin and a strong type 1 anion resin. It is produced with procedures that ensure an extremely low level of chlorides and is supplied in the ionic H+/OH- forms. It is suitable for the production of ultrapure water, free from silica and CO2.