Mixed resins offer a convenient solution for applications which require a mixture of two components, typically strong acid cation and strong base anion resin.

DOWEX™ mixed resins offer optimum mixture, high operating capacity, and low operating costs.

Product Description Type Matrix Total
Exchange
Capacity
eq/L (kgr/ft3)
Available
Forms
DOWEX™ MARATHON™ MR-3  Uniform particle size, high capacity, mixed ion exchange resin for demineralization. 1 : 1 by equivalent cation : anion Styrene-DVB, Gel 1.0 (21.9)
1.8 (39.3)
OH- and H+
DOWEX MONOSPHERE™ MR-3 UPW  A separable uniform particle size mixed bed ion exchange resins for ultrapure water production. Mixed Bed Styrene-DVB, Gel 1.9 (41.5)
1.0 (21.9)
H+ and OH-
DOWEX MONOSPHERE MR-450 UPW  A non-separable uniform particle size mixed bed ion exchange resins for ultrapure water production. Mixed Bed Styrene-DVB, Gel 1.9 (41.5)
1.0 (21.9)
H+ and OH-
DOWEX MONOSPHERE MR-575 LC NG  Uniform particle size mixed bed resin for demineralization in nuclear water applications. 1 : 1 by equivalent cation : anion Styrene-DVB, Gel 1.1 (24.0)
2.3 (50.3)
OH- and H+
DOWEX MR-3 LC NG  A mixed ion exchange resin for demineralization in nuclear and high purity demineralization water applications. 1:1 by equivalents cation:anion Styrene-DVB, Gel 1.2 (26.2)
2.0 (43.7)
OH- and H+
DOWEX MB-50  A ready-for-use regenerable mixed bed resin for production of high quality water in lab and industrial applications. Mixed Bed Styrene-DVB, Gel 1.2 (26.2)
1.8 (39.3)
OH- and H+
DOWEX MB  A cost effective, mixed ion exchange resin for making spot-free water. 1 : 1 by equivalent cation : anion Styrene-DVB, Gel 1.0 (21.9)
1.6 (35.0)
OH- and H+
DOWEX MR-72 LC NG  A mixed ion exchange resin for use in non-regenerable demineralization systems in nuclear water applications. 1:1 by equivalents cation:anion Styrene-DVB, Macroporous and Styrene-DVB, Gel 1.2 (26.2)
1.7 (37.1)
OH-
H+
DOWEX MR-5 LC NG  Mixed ion exchange resin for demineralization in nuclear water applications. 1:1 by equivalents cation:anion Styrene-DVB, Gel 1.2 (26.2)
2.0 (H+ Form) (43.7)
OH- and Li7
AMBERLITE™ IRN150 A chemically balanced mixture of uniform particle size gel type cation and anion exchange resins. 1:1 by equivalents cation:anion Styrene divinylbenzene copolymer ≥ 1.20
≥ 1.90
OH- and H+
AMBERLITE IRN160 A mixture of uniform particle size gelular polystyrene cation and anion exchange resins used in radwaste applications. 1:1 by equivalents cation:anion Styrene divinylbenzene copolymer ≥ 1.20
≥ 2.15
OH- and H+
AMBERLITE IRN170 A fully regenerated nuclear grade mixed bed resin designed for the ultimate performance in non-regenerable nuclear applications 1:1 by equivalents cation:anion Styrene divinylbenzene copolymer ≥ 1.20
≥ 2.40
OH- and H+
AMBERLITE IRN217 A mixture of uniform particle size gelular polystyrene cation and anion exchange resins. 1:1 by equivalents cation:anion Styrene divinylbenzene copolymer ≥ 1.20
≥ 1.75
OH- and Li7+
AMBERLITE IRN317 A stoichiometric equivalent mixed ben of gel strong acid cation resin and gel strong base anion resin. 1:1 by rquivalents cation:anion Polystyrene divinylbenzene copolymer ≥ 1.20
≥ 2.40
OH- and Li7+
AMBERLITE MB20 an ionically equilibrated mixed bed resin. Mixed Bed Styrene divinylbenzene copolymer - H+ and OH-
AMBERLITE MB9L A mixture of strongly acidic cation exchanger with a strongly basic anion exchanger for use in the partial demineralization of water Mixed Bed - - H+ and OH-
AMBERJET™ UP6040  Mixed bed specifically designed for use in non regenerable final polishing units. Mixed Bed - ≥ 1.10
≥ 2.00

OH- and H+

AMBERJET UP6150  Mixed bed of cation and anion exchange resins intended for use in high purity water systems. Mixed Bed - ≥ 1.00
≥ 1.80

OH- and H+


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