Purolite Range Ion Exchange Resin from Industrial Water Equipment Ltd

purolite ION EXCHANGE RESINS

Hypersol-Macronet® MN100	Is particularly suitable for the efficient sorption of high molecular weight color bodies such as those found in sugar solutions, and many complex organics such as dyestuffs or certain pesticides. The resin is normally supplied in a water-wet form.
Hypersol-Macronet® MN102	Is a specially modified Macronet suitable for the efficient sorption of high molecular weight organic molecules such as limonin and narangin from a wide variety of fruit juices during the processing stage.
Hypersol-Macronet® MN150	Has a pore structure tailored for the efficient sorption of medium to high molecular weight color bodies such as those found in sugar solutions. They are also suitable for treatment of industrial wastes, both liquid and gaseous, which can contain a wide range of molecular species including low molecular weight chlorinated hydrocarbons.
Hypersol-Macronet® MN152	Has a pore structure tailored for the efficient sorption of medium to high molecular weight color bodies such as those found in sugar solutions. They are also suitable for treatment of industrial wastes, both liquid and gaseous, which can contain a wide range of molecular species including low molecular weight chlorinated hydrocarbons.
Hypersol-Macronet® MN170	Application - Macronet Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Tertiary Amine Ionic Form as Shipped - FB
Hypersol-Macronet® MN200	PUROLITE MACRONET MN200 is particularly suitable for the efficient sorption of high molecular weight organic molecules with lipophilic properties as are typically found in waste waters from industrial processes. These include complex organics such as dyestuffs or pesticides.
Hypersol-Macronet® MN202	PUROLITE MACRONET MN202 is particularly suitable for the efficient sorption of high molecular weight organic molecules with lipophilic properties as are typically found in waste waters from industrial processes. These include complex organics such as dyestuffs or pesticides.
Hypersol-Macronet® MN250	Application - Macronet Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - None Ionic Form as Shipped - None
Hypersol-Macronet® MN252	PUROLITE MACRONET MN252 is particularly suitable for sorption of medium to high molecular weight organic molecules with lipophilic properties as as are typically found in waste waters from industrial processes. These include complex organics such as dyestuffs or pesticides.
Hypersol-Macronet® MN270	Application - Macronet Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - None Ionic Form as Shipped - None
Hypersol-Macronet® MN500	Application - Macronet Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Hypersol-Macronet® MN500DR	Application - Macronet Polymer Structure - Macroporous polystrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - H+
Hypersol-Macronet® MN502	Application - Macronet Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+

CATALYSTS

Purolite® CT124 - Bisphenol A	Purolite CT124 is recommended for bisphenol-A synthesis in particular. It provides for distinct advantages with respect to higher acidity, more available sites and a more uniform distribution of acid sites. It is also useful in esterification and hydrolysis of esters processes.
Purolite® CT145/5067- Guard Bed for Higher Molecular Components	Application - Guard Bed for Higher Molecular Components Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Purolite® CT151 - Etherification / Aromatic Alkylation / Phenol Purification	Application - Etherification / Aromatic Alkylation / Phenol Purification Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - H+
Purolite® CT151/2646 - Etherification/Aromatic Alkylation/ Phenol Purification	Application - Etherification/Aromatic Alkylation/ Phenol Purification Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - Hydrogen
Purolite® CT151DR - Dry for Catalysis	Purolite CT151DR is a macroporous, strongly acidic, polymeric catalyst. Its unique properties include the high total capacity, e.g. high number of acid sites. Purolite CT151DR has been developed to catalyze many organic reactions. Purolite CT151DR has been successfully used in the phenol purification process.
Purolite® CT169 - Phenol Alkylation,TAME,MTBE	Its superior mechanical strength makes Purolite CT169 especially suitable for use in fluidised systems where mechanical resistance of the catalysis resin is a very important characteristic. Purolite CT169 may be used for various catalysis application, including tertiary alkyl methyl ether (TAME) in particular, methyl tertiary butyl ether (MTBE).
Purolite® CT169DR - Dry for Catalysis,TAME,MTB	Purolite CT169DR especially suitable for use in fluidised systems where mechanical resistance of the catalysis resin is a very important characteristic. Purolite CT169 may be used for various catalysis application, including tertiary alkyl methyl ether (TAME) in particular, methyl tertiary butyl ether (MTBE).
Purolite® CT175 - MTBE & TAME - Highly Crosslinked	Purolite CT175 has been specially designed with large pores for greater accessibility to the acid sites. The more rigid structure ensures improved uptake but lower swelling characteristics in polar solvents compared with competitive materials, resulting in a higher concentration of acid sites. This resin is particularly useful in diffusion-controlled or kinetically-limited reactions.
Purolite® CT175DR - Dry for Catalysis	Purolite CT175 has been qualified and recommended for tertiary alkyl methyl ether (TAME) in particular, methyl tertiary butyl ether (MTBE). It offers distinct advantages over other commercially available catalysts with respect to its high acidity and large pores which provide more available acid sites and minimise the potential for pore plugging.
Purolite® CT251 - High Capacity	Application - High Capacity Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - H+
Purolite® CT252 - High Capacity	Application - High Capacity Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - H+
Purolite® CT269 - High Capacity	Application - High Capacity Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - H+
Purolite® CT269DR - Dry for Catalysis	Purolite CT269 may be used for various catalysis application, including tertiary alkyl methyl ether (TAME) in particular, methyl tertiary butyl ether (MTBE).
Purolite® CT275 - MTBE & TAME - Highly Crosslinked - High Capacity	Purolite CT275 has been developed to catalyze many organic reactions including oxygenates such as ETBE, MTBE and TAME and silicon-based polymer chemistry.
Purolite® CT275DR - Dry for Catalysis	Purolite CT275 has been qualified and recommended for tertiary alkyl methyl ether (TAME) in particular, methyl tertiary butyl ether (MTBE). It offers distinct advantages over other commercially available catalysts with respect to its high acidity and large pores which provide more available acid sites and minimize the potential for pore plugging.
Purolite® CT276 - Catalysis	Application - Catalysis Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - H+
PUROLITE® PD206 - Biodiesel Purification	PUROLITE® PD206 is designed for use in “purification” vessels installed after phase separation. Point of use can either be before demethylation to remove catalyst and glycerin and prevent back reactions or after demethylation as a “final” polishing step.This media may replace magnesium silicate “wash” and water wash.

CHELATION RESINS

Purolite® S108	Boron Selective Anion Exchange Resin Purolite S108 is a macroporous polystyrenic based resin with excellent kinetics and functional groups specially designed for the selective removal of salts of boron from aqueous solutions.
Purolite® S110	Purolite S110 is a macroporous polystyrenic based resin, with functional groups specially designed for the selective removal of boron from concentrated aqueous solutions and waste waters.
Purolite® S910	Purolite S910 is an amidoxime chelating resin, designed for the removal of cations of metals such as copper and iron from water or other solvent even at relatively low pH.
Purolite® S920	Purolite S920 is a macroporous polystyrenic based chelating resin, with thiouronium groups designed for the selective removal of mercury.and for the recovery of precious metals from the industrial effluents.
Purolite® S924	Purolite S924 is a chelating resin, polystyrene based and designed for the selective removal of mercury. The mercury is strongly bound to the functional groups to form highly stable complexes with high selective affinity compared with those of other heavy metals.
Purolite® S930	Purolite S930Plus is a macroporous polystyrene based chelating resin, with iminodiacetic groups designed for the removal of heavy metals from industrial effluents. Purolite S930Plus finds use in processes for extraction and recovery of metals from ores, galvanic plating solutions, pickling baths and effluents.
Purolite® S940	Purolite S940 is a chelating resin of macroporous structure, with a polystyrene matrix crosslinked with divinylbenzene (DVB) substituted with weakly acidic aminophosphonic active groups.
Purolite® S950	Purolite S950 is a macroporous aminophosphonic acid chelating resin, designed for the removal of cations of toxic metals such as lead, copper and zinc from industrial effluents at low pH.
Purolite® S957	Purolite S957 is a specially developed Monophos™ chelating resin, which incorporates phosphonic, and sulphonic functional groups on a mechanically and osmotically resistant matrix. These combined properties give it high selectivity for iron and other transitional metals, even in acidic solutions.
Purolite® S984	PUROLITE S984 is a high capacity, macroporous chelating resin with a polyacrylic matrix supporting functional groups of the polyamine type. The carefully formulated, macroporous acrylic matrix ensures excellent exchange kinetics for the removal of trace heavy metals and other anions from wastewater streams.
Purolite® S985	PUROLITE S985 is a high capacity, macroporous, weak base anion exchange resin with a polyacrylic matrix supporting functional groups of the polyamine type. The carefully formulated, macroporous acrylic matrix ensures excellent exchange kinetics for the removal of trace heavy metals from waste water streams and the special polyamine functionality produces very interesting operating capacities and makes the uptake of metallic cations possible even when they are present in the waste stream as organic anionic complexes.

CHROMATOGRAPHIC RESINS

Purolite® PCR145K+	Purolite PCR145K is a strongly acidic macroporous type cation exchange resin with a polystyrenic matrix. Efficient separation is as a result of its special bead distribution, high moisture content, and excellent mechanical strength. It is one of a range of Purolite "Separlite" ion exchange resins. It is suitable, after the prescribed pretreatment, for food applications, e.g. sugar and dairy products.
Purolite® PCR450	Purolite PCR450 is a strongly acidic gel-type cation exchange resin with a polystyrenic matrix which offers separation of both polar and in certain cases, non-polar chemical compounds. High speed efficient separation is achieved even for compounds of higher molecular weight as a result of its special bead distribution, high moisture content, and excellent mechanical strength. It is one of a range of Purolite "Separlite" ion exchange resins.
Purolite® PCR631Ca	Application - Sugar Chromatography Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Ca++
Purolite® PCR631Na	Application - Fractionation of Maltose and Threonine Polymer Structure - Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® PCR632Ca	Purolite PCR632Ca/3923 is a strongly acidic gel-type cation exchange resin with a polystyrenic matrix which offers separation of both polar and in certain cases, non-polar chemical compounds.
Purolite® PCR633	Application - Sugar Chromatography Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® PCR642Ca	Purolite PCR642Ca is a strongly acidic gel-type cation exchange resin with a polystyrenic matrix which offers separation of both polar and in certain cases, non-polar chemical compounds.
Purolite® PCR642K	Application - Fractionation of Dextrose, Beet Sugar, Beet Molasses, Fibersol Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - K+
Purolite® PCR651	Application - Sugar Chromatography Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® PCR652Ca	Purolite PCR652Ca is a strongly acidic gel-type cation exchange resin with a polystyrenic matrix which offers separation of both polar and in certain cases, non-polar chemical compounds. High speed efficient separation is achieved even for compounds of higher molecular weight as a result of its special bead distribution, high moisture content, and excellent mechanical strength. It is one of a range of Purolite "Separlite" ion exchange resins.
Purolite® PCR732Ca	Application - Sugar Chromatography Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Ca++
Purolite® PCR833	Application - Sugar Chromatography Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® PCR833Ca	Purolite PCR833Ca/4238 is a strongly acidic gel-type cation exchange resin with a polystyrenic matrix which offers separation of both polar and in certain cases, non-polar chemical compounds. High speed efficient separation is achieved even for compounds of higher molecular weight as a result of its special bead distribution, high moisture content, and excellent mechanical strength. It is one of a range of Purolite "Separlite" ion exchange resins.
Purolite® PCR833CaLT	Application - Sugar Chromatography Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Ca++
Purolite® PCR833H+	Application - Sugar Chromatography Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+

READY TO USE MIXED BED RESINS

Purolite® EXMBSC	Application - Polishing Mixed Bed Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic Acid and Type 1 Quaternary Ammonium Ionic Form as Shipped - H+ / OH-
Purolite® MB3710	Purolite's ready to use mixed bed products are used in the production of ultra pure and demineralized water and in the manufacture and purification of pharmaceutical products. Mixed bed resins are frequently used for demineralisation and in polishers following other types of water treatment.
Purolite® MB3720	Purolite MB3720 mixed bed resin is ready to use, 1:1 chemical equivalent that is highly regenerated in the H+ and OH- forms. Purolite MB3720 resins are manufactured by a proprietary process that achieves the high purity for ultra-pure water.
Purolite® MB378	Purolite MB378 is a special resin mixture for direct purification of water. The ratio of component resins has been specifically tailored for full demineralization of water to provide the maximum throughput of water of the highest quality.
Purolite® MB378LT	Purolite MB378LT is a special resin mixture for direct purification of water. The ratio of component resins has been specifically tailored for full demineralization of water to provide the maximum throughput of water of the highest quality. This applies especially where traces of cations such as sodium and other metal cations that can be present as a result of corrosion of metal alloys need to be removed.
Purolite® MB400	Purolite MB400 is a high quality resin mixture for direct purification of water. It is suitable for use in regenerable or non-regenerable cartridges and in large ion exchange units. Passage of water at recommended flow rates through the resin as supplied can achieve almost complete reduction of total dissolved solids.
Purolite® MB400IND	Purolite MB400IND is a high quality resin mixture for direct purification of water. This resin mixture changes color from blue-green to amber on exhaustion. It is designed for use in both regenerable and non-regenerable cartridges.
Purolite® MB400LT	Application - Used in a wide range of water conditions - light color cation Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic Acid and Type 1 Quaternary Ammonium Ionic Form as Shipped - H+ / OH-
Purolite® MB400QR	Purolite MB400QR is a high quality resin mixture for direct purification of water. This resin mixture changes color from amber to red on exhaustion. It is designed for use in both regenerable and non-regenerable cartridges or larger units.
Purolite® MB450VC	Purolite MB450VC is a resin mixture for direct purification of water of the highest quality. This resin mixture changes color from emerald green to deep blue on exhaustion. It is suitable for use in regenerable or non-regenerable cartridges or in large ion exchange units.
Purolite® MB46 High H+/OH	Purolite MB46 is a special high quality resin mixture for direct purification of water. The ratio of component resins has been specifically tailored to provide a high capacity for cations removable. It is therefore recommended where waters which contain bicarbonate, carbonate or even hydroxide ions are being treated, or where the limiting factor in performance could be kinetics of the cation resin.
Purolite® MB46IND High H+/OH	Purolite MB46IND is a special high quality resin mixture for direct purification of water. This resin mixture changes color from blue-green to amber on exhaustion.
Purolite® MB46LT High H+/OH	Purolite MB46LT is a special high quality resin mixture for direct purification of water. The ratio of component resins has been specifically tailored to provide a high capacity for cations removable. It is therefore recommended where waters which contain bicarbonate, carbonate or even hydroxide ions are being treated, or where the limiting factor in performance could be kinetics of the cation resin.
Purolite® MB478	Application - Most cost effective mixed bed for the EDM market Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic Acid and Type 1 Quaternary Ammonium Ionic Form as Shipped - H+/OH-
Purolite® MB478LT	Application - Most cost effective mixed bed for the EDM market - light color cation Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic Acid and Type 1 Quaternary Ammonium Ionic Form as Shipped - H+ / OH-
Purolite® MB500	Purolite MB500 is a resin mixture for direct purification of water of the highest quality. It is suitable for use in regenerable or non-regenerable cartridges or in large ion exchange units.
Purolite® MB500IND	Purolite MB500IND is a high quality resin mixture for direct purification of water. This resin mixture changes color from blue-green to cream on exhaustion. It is designed for use in both regenerable and non-regenerable cartridges. It contains an indicator which shows when the resin is exhausted and can no longer treat the water.
Purolite® MB500VC	Purolite MB500VC is a resin mixture for direct purification of water of the highest quality. This resin mixture changes color from emerald green to amber/opaque on exhaustion. It is suitable for use in regenerable or non-regenerable cartridges or in large ion exchange units.
Purolite® MB59	Purolite MB59 is a resin mixture for direct purification of water, giving high operating capacities where partially demineralized water is acceptable. It is normally used in regenerable or non-regenerable cartridges or larger ion exchange units. Passage of water at recommended flow rates through the resin, as supplied, can achieve almost complete reduction of all cations and and anions of strong acids such as chloride, sulphate and nitrate.
Purolite® MB59VC	Purolite MB59 is a resin mixture for direct purification of water, giving high operating capacities where partially demineralized water is acceptable. It is normally used in regenerable or non-regenerable cartridges or larger ion exchange units.
Purolite® MB600	Purolite MB600 is a high quality resin mixture for direct purification of water. It is suitable for use in regenerable and non-regenerable cartridges and in large ion exchange units. Passage of water at recommended flow rates through the resin, as supplied, can achieve almost complete reduction of total dissolved solids.
Purolite® MB600LT	Purolite MB600LT is a special high quality resin mixture of a light gel strong acid cation resin and a high capacity gel type I strong base anion resin for direct purification of water. It is suitable for use in regenerable or non-regenerable cartridges and in large ion exchange units.
Purolite® MB67EG	Application - Mixed bed using coarse gel cation and anion ratio Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic Acid and Type 1 Quaternary Ammonium Ionic Form as Shipped - H+ / OH-

NUCLEAR GRADE ANION

Purolite® NRW5010	This product is used as a filtration cap layered on cleanup beds in conjunction with Purolite®NRW1600 a cesium and cobalt select macroporous cation and a polishing mixed bed Purolite®NRW3560.
Purolite® NRW5050	This high capacity mechanically and chemically stable anion is used as a stand-alone product or mixed in a chemical equivalent blend with Purolite®NRW1600 a macroporous cation forming the mixed bed Purolite®NRW3550.
Purolite® NRW6000	This higher capacity mechanically and chemically stable anion is used as a stand-alone product or mixed in a chemically equivalent blend with Purolite®NRW1100 a gel cation forming Purolite®NRW3460
Purolite® NRW7000	High capacity anion for polishing high purity coolant water in primary and secondary circuits Purolite®NRW7000 is a nuclear grade gel anion resin designed for polishing high purity coolant water in primary and secondary circuits of nuclear power plants.
Purolite® NRW8000	Purolite®NRW8000 is a nuclear grade gel anion resin designed for polishing high purity coolant water in primary and secondary circuits of nuclear power plants.

NUCLEAR GRADE CATION

Purolite® NRW1100	Purolite®NRW1100 is a nuclear grade gel cation resin developed for polishing high purity coolant water in primary and secondary circuits of nuclear power plants.
Purolite® NRW1600	Purolite®NRW1600 is a nuclear grade macroporous cation resin designed for polishing high purity coolant water in primary and secondary circuits of nuclear power plants. This ultra-high capacity mechanically and chemically stable product is use as a stand-alone product or mixed in a chemical equivalent blends with Purolite®NRW6000 a gel anion forming Purolite®NRW3560.
Purolite® NRW1600Li7	Purolite®NRW1600Li7 is a macroporous cation resin lithiated with the high purity Li7 for pH control of high purity cooling water in primary circuit of PWR nuclear power plants. This ultra-high capacity mechanically and chemically stable product is use as a stand-alone product or mixed in a chemical equivalent blend with Purolite®NRW6000 a gel anion forming Purolite®NRW3560Li7.

NUCLEAR GRADE MIXED BED

Purolite® NRW274Li7	Application - Decontamination of Pressurized Water Reactor (PWR) Circuits Polymer Structure - Gel/Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic Acid and Type 1 Quaternary Ammonium Ionic Form as Shipped - 7Li+ / OH-
Purolite® NRW36Li	Purolite NRW36Li is a nuclear grade mixed bed resin especially designed for the removal of radioactive contaminants from primary circuits of nuclear power plants conditioned with natural lithium hydroxide.
Purolite® NRW36Li7	Purolite NRW36Li7 is a nuclear grade mixed bed resin especially designed for the removal of radioactive contaminants from primary circuits of nuclear power plants conditioned with lithium 7 isotope.
Purolite® NRW37	Purolite nuclear resins are processed to the most exacting specifications. They are specially purified to ensure high percentage conversion to their regenerated form, and are offered in closely controlled particle size ranges. All products in the Purolite range have whole perfect beads typically over 95%.
Purolite® NRW37Li	Purolite NRW37 Li is a nuclear grade mixed bed resin especially designed for the removal of radioactive contaminants from primary circuits of nuclear power plants conditioned with natural lithium hydroxide.
Purolite® NRW37SC	Purolite NRW37SC mixed bed resin is ready to use, 1:1 chemical equivalent that is highly regenerated in the H+ and OH- forms. NRW37SC resins are manufactured by a proprietary process that achieves the high purity for ultra-pure water applications such as pharmaceuticals, radiation waste, and condensate polishing.
Purolite® NRW40	Purolite nuclear resins are processed to the most exacting specifications. They are specially purified to ensure high percentage conversion to their regenerated form, and are offered in closely controlled particle size ranges. All products in the Purolite range have whole perfect beads typically over 95%.
Purolite® NRW37Li7	Purolite NRW37 Li7 is a nuclear grade mixed bed resin especially designed for the removal of radioactive contaminants from primary circuits of nuclear power plants conditioned with lithium 7 isotope. The product is an equilibrium mixture (chemical equivalents) of Purolite NRW100 carefully converted to the high purity lithium 7 isotope form, and Purolite NRW400 which is supplied highly converted to the hydroxide form.
Purolite®NRW3460Li7	This nuclear grade mixed bed resin Purolite®NRW3460Li7 is an equivalent mix of gel cation and gel anion resins that have been specifically prepared for use in high purity primary systems within PWR nuclear power plants. This product is designed for non-regenerable applications. Purolite nuclear grade resins meet standards specified for all nuclear markets.

STRONG ACID CATION GEL

Purofine® PFC100	Purofine PFC100 is a specially produced, high quality cation exchange resin that has been designed especially for use in both domestic and industrial softening. It is one of a range of PurofineÒ products manufactured for modern day softening. It offers a number of advantages over the conventional range of softening resins. Operating capacity is significantly greater at standard flow rates, and also relatively greater when flow rates are high, variable or intermittent. It is also useful where high quality water is required while using minimum quantities of regenerant for effective operation.
Purofine® PFC100E	Application - Uniform Particle Size Resin version of C100E offering higher capacity and lower regenerant consumption Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purofine® PFC100EAg	Application - Uniform Particle Size, Silver Impregnated (Bacteriostatic Properties) Resin Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+/Ag+
Purofine® PFC100H	PurofineR PFC100H is a fine mesh gel type strong acid cation exchange resin with excellent resistance to both osmotic and thermal shock. Its special particle sizing permits higher rates of diffusion of most cations including those of heavy metals and amines and also positively charged organics of higher molecular weight, and facilitates their removal on regeneration. These properties of physical robustness, good regenerability, and fast kinetics of exchange make it ideal for a range of applications. In such cases, it is the general rule that a specially graded particle size is required. PurofineR PFC100H has a specially tailored particle size for high efficiency make-up water softening, hydrometallurgy, heavy metal removal, sugar treatment, and demineralisation of numerous organic solutions to name but a few.
Purofine® PFC100x10	Application - Demineralization - Fast Regeneration / Condensate Polishing Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purofine® PFC100x10H	Purolite C100 is supplied in the sodium form and it is primarily used in coflow regenerated industrial softening or when regenerated with mineral acids (hydrochloric or sulphuric acids) as the cation resin in demineralisation plants used in industrial water treatment. This premium gel product has been optimised to give a high working capacity and good kinetic performance across a wide range of operating conditions while offering excellent chemical and physical stability.
Purolite® C100	Purolite C100 is supplied in the sodium form and it is primarily used in coflow regenerated industrial softening or when regenerated with mineral acids (hydrochloric or sulphuric acids) as the cation resin in demineralisation plants used in industrial water treatment. This premium gel product has been optimised to give a high working capacity and good kinetic performance across a wide range of operating conditions while offering excellent chemical and physical stability.
Purolite® C100DL	Purolite C100DL is a premium grade gel strong acid cation exchange resin and is the standard choice for industrial softening systems. The product has superior physical strength with a high breaking weight and is extremely resistant to osmotic shock attrition.
Purolite® C100DLH	Purolite C100DL H is a premium grade gel strong acid cation exchange resin and is the standard choice for industrial softening systems. The product has superior physical strength with a high breaking weight and is extremely resistant to osmotic shock attrition.
Purolite® C100E	Purolite C100E is a high purity premium grade bead form conventional gel polystyrene sulphonate cation exchange resin designed expressly for the treatment of foodstuffs, beverages, potable waters, and water used in the processing of food.
Purolite® C100EAg	Purolite C100E Ag is a premium grade, high purity cation exchange resin which has been designed specifically for the softening industry. It is particularly useful for prevention of bacterial build-up where the softener is operated intermittently.
Purolite® C100EB	Application - Softening of Water; Dark cation Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100EDK	Application - Softening of water; Dark cation Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads - dark colour Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100EFM	Application - Softening of Water; Fine mesh cation Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic acid Ionic Form as Shipped - Sodium
Purolite® C100EH	Purolite C100EH is a premium grade of conventional gel poly(styrene sulphonate) cation-exchange resin of exceptionally high purity, specially manufactured for use in demineralisation of solutions destined for potable use or treatment of foodstuffs, beverages, potable waters and water used in the processing of food.
Purolite® C100ELT	Purolite® C100ELT is a high capacity premium bead form, conventional gel polystyrene sulphonate cation exchange resin, designed for use in industrial or house hold water conditioning equipment. It removes the hardness ions, e.g. calcium and magnesium, replacing them with sodium ions.
Purolite® C100EMB	Application - Demineralization of Potable Water Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100H	Purolite C100H is primarily used in the cation stage of demineralisation plants used in industrial water treatment employing coflow regeneration. This premium gel product, supplied in the regenerated hydrogen form and has been optimised to give a high working capacity and good kinetic performance across a wide range of operating conditions.
Purolite® C100HIND	Application - Demineralization; cation resin; H form; Indicator Polymer Structure - Appearance - Functional Group - Ionic Form as Shipped -
Purolite® C100LT	Purolite C100 LT is a light color premium bead form conventional gel polystyrene sulphonate cation exchange resin. Its high bead integrity, excellent chemical and physical stability, and very low extractibles content play a large part in its successful employment in these areas.
Purolite® C100MB	Application - Regenerable Mixed Bed Use; cation resin Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100MBH	Application - Regenerable Mixed Beds use; Cation resin; H form Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Purolite® C100S	Application - Treatment Of Sugar Solutions Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100TL	Application - Treatment Of Sugar Solutions Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100TLH	Application - Demineralization - Mixed Beds; Used with an inert/spacer resin; H form Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Purolite® C100x10	Application - Highly crosslinked cation resin with good oxidation resistance Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100x10H	Application - Highly crosslinked cation resin with good oxidation resistance; H form Polymer Structure - Gelular, styrene/divinylbenzene Appearance - Hard spherical beads Functional Group - R-S03 Ionic Form as Shipped - Hydrogen
Purolite® C100x10MB	Application - Highly crosslinked cation resin used in Mixed Bed applications Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100x10MBH	Application - Demineralization - Mixed Beds Polymer Structure - Highly crosslinked cation resin for Mixed Bed applications; H form Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Purolite® C120E	Application - Domestic and small industrial food grade softening Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C124SH	Application - Sugar Inversion Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - Hydrogen
Purolite® OL100	Purolite OL100 is insoluble in acids, alkalies, and all common solvents, however exposure to free chlorine and other strong oxidizing agents over a long period of time will attack the polymer matrix, causing the resin moisture retention to increase.
Purolite® SGC650Na	Application - Uniform Grade Super Gel Cation for Condensate Polishing ; Fast Kinetics; 650 micron mean dia Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® SST60	Application - Shallow Shell Technology Resin for Regenerant Savings Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® SST60H	Application - Hydrogen Form - Shallow Shell Technology for Regenerant Savings Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Purolite® SST72NH4	Purolite SST72 is a polystyrene gel strong acid cation exchanger crosslinked with divinylbenzene. PuroliteSST72 is a member of the Shallow Shell Technology family of resins which are manufactured with an inert core and a functionalized shell which facilitates a more efficient regeneration of the exchange sites.
Purolite® SST80DL	Application - Shallow Shell Technology to give enhanced softening and demin performance Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Puropack® PPC100	Application - Narrow graded version of C100 offering high capacity and low regenerant consumption Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Puropack® PPC100E	Application - Demineralization - Counterflow Systems - Narrow Grading Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Puropack® PPC100H	Application - Hydrogen form of PPC100, narrow grade cation Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Puropack® PPC100x10	Application - For Water Treatment Polymer Structure - Gel Polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic Acid Ionic Form as Shipped - Sodium
Supergel™ SGC650	Application - Uniform Grade Super Gel Cation for Condensate Polishing ; Fast Kinetics; 650 micron mean dia Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+

STRONG ACID CATION MACROPOUROUS

Purofine® PFC150	Application - Demineralization - Counter Flow / Polishing - Uniformily Sized Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purofine® PFC150H	Application - Demineralization - Counter Flow / Polishing - Uniformily Sized Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Purofine® PFC150S	Purofine® PFC150S is a macroporous poly(styrene sulphonate) cation-exchange resin with excellent resistance to both osmotic and thermal shock. Purofine® PFC150S is a specially produced, premium grade, narrow particle size distribution, strong acid cation exchange resin.
Purolite® C145	Purolite C145 is a polystyrene macroporous strong acid cation exchanger crosslinked with divinylbenzene, supplied in the sodium form. The unique porous structure gives high regeneration efficiency which under particular conditions of operation, can result in lower cation leakage values than the more usual higher crosslinked macroporous resins.
Purolite® C145H	Purolite C145H is a polystyrene macroporous strong acid cation exchanger crosslinked with divinylbenzene, supplied in the sodium form. The unique porous structure gives high regeneration efficiency which under particular conditions of operation, can result in lower cation leakage values than the more usual higher crosslinked macroporous resins.
Purolite® C145S	Purolite C145S is a polystyrene macroporous strong acid cation exchanger crosslinked with divinylbenzene, supplied in the sodium form. The unique porous structure gives high regeneration efficiency which under particular conditions of operation, can result in lower cation leakage values than the more usual higher crosslinked macroporous resins.
Purolite® C150	Application - Condensates & Special Applications - Resistant to Osmotic Shock Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C150H	Application - Demineralization - Resistant to Thermal & Osmotic Shock Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Purolite® C150MB	Purolite C150MB is a macroporous poly(styrene sulphonate) cation-exchange resin with excellent resistance to both osmotic and thermal shock designed specifically as the cation component in mixed beds both for make-up and polishing applications.
Purolite® C150MBH	Purolite C150MBH is a macroporous poly(styrene sulphonate) cation-exchange resin with excellent resistance to both osmotic and thermal shock designed specifically as the cation component in mixed beds both for make-up and polishing applications.
Purolite® C150S	Purolite C150S is a macroporous poly(styrene sulphonate) cation-exchange resin with excellent resistance to both osmotic and thermal shock. Its sponge-like structure permits higher rates of diffusion of the often complex nitrogenous impurities taken up by strong-acid resins during demineralisation of aqueous solutions containing organics, and facilitates their removal on regeneration.
Purolite® C150TL	Purolite C150TL is a macroporous poly(styrene sulphonate) cation-exchange resin designed especially for certain counter-flow regeneration systems and for polishing of high purity in single vessels or mixed beds. It has excellent resistance to both osmotic and thermal shock.
Purolite® C150TLH	Purolite C150TLH is a macroporous poly(styrene sulphonate) cation-exchange resin designed especially for certain counter-flow regeneration systems and for polishing of high purity in single vessels or mixed beds. It has excellent resistance to both osmotic and thermal shock.
Purolite® C160	Purolite C160 is a macroporous poly(styrene sulphonate) cation-exchanger designed to withstand conditions of considerable thermal, osmotic, and mechanical stress such as those found in ionexchange treatment of concentrated aqueous solutions of glycerol, glycols, sugar alcohols, and other polyhydroxy organic compounds.
Purolite® C160H	Purolite C160H is a macroporous poly(styrene sulphonate) cation-exchanger designed to withstand conditions of considerable thermal, osmotic and mechanical stress such as those found in ion-exchange treatment of concentrated aqueous solutions of glycerol, glycols, sugar alcohols, and other polyhydroxy organic compounds.
Purolite® C160S	Application - Sugar Solutions Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Puropack® PPC150	Application - Demineralization - Counter Flow - Narrow Size Grading Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Puropack® PPC150H	Application - Demineralization - Counter Flow - Narrow Size Grading Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - H+
Puropack® PPC150S	Application - Sugar Grade Resin - Counter Flow - Narrow Size Grading Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+

STRONG BASE ANION GEL

Purofine® PFA200	Application - Regeneration Efficient Demineralization - Uniformily Sized Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purofine® PFA300	Application - Regeneration Efficient Demineralization - Uniformily Sized Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purofine® PFA400	Application - Regeneration Efficient Demineralization - Uniformily Sized Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purofine® PFA400MB	Application - Regeneration Efficient Demineralization - Uniformily Sized - For Mixed Bed Use Polymer Structure - Gel polystyrene corsslinked with divinlybenzene Appearance - Spherical Beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purofine® PFA400OH	Application - Regeneration Efficient Demineralization - Uniformily Sized Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH-
Purofine® PFA460/4783	Application - Uranium Extraction Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Uniform spherical beads Functional Group - Quaternary ammonium Ionic Form as Shipped - Chloride
Purofine® PFA600	Application - Regeneration Efficient Demineralization - Uniformily Sized Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purofine® PFA600/4740	Application - High Capacity For Uranium Recovery - Uniform Bead Size Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary Ammonium Ionic Form as Shipped - Cl-
Purofine® PFA600OH	Application - Regeneration Efficient Demineralization - Uniformily Sized Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH-
Purofine® PFA850	Application - Regeneration Efficient Demineralization - Uniformily Sized Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary Ammonium Ionic Form as Shipped - Cl-
Purofine® PFA870	Application - Regeneration Efficient Demineralization - Narrow Size Grading Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Quaternary and Tertiary Ammonium Ionic Form as Shipped - Cl-
Purolite® A200	Application - Demineralization with High Regeneration Efficiency Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A200C	Application - Water Treatment at High Regeneration Efficiency Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A200DL	Application - Demineralization - Layered Bed Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A200E	Application - Water Treatment at High Regeneration Efficiency - Food Grade Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A200MB	Application - Water Treatment at High Regeneration Efficiency - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A200MBOH	Application - Water Treatment at High Regeneration Efficiency - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A200MBOHIND	Application - Water Treatment at High Regeneration Efficiency - Mixed Beds - Indicator Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A300 SBA Type II	Application - SBA Type II used for Demineralization Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A300C	Application - Regeneration Efficient Demineralization Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A300E	Application - Regeneration Efficient Demineralization - Food Grade for Potable water; Dealkalization; Nitrate and or Sulfate removal Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A300MB	Application - Regeneration Efficient Demineralization Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A300OH	Application - Regeneration Efficient Demineralization Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A400	Application - Regeneration Efficient Demineralization / Silica Removal - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - \\
Purolite® A400DL	Application - Regeneration Efficient Demineralization / Silica Removal - Layered Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A400E	Application - Regeneration Efficient Demineralization - Mixed Beds - Food grade Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl- Shipping Weight (approx.) 680-700 g/l (42.5-43.8 lbs/ft3)
Purolite® A400MB/C	Application - High Efficiency Silica Removal - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A400MBOH	Application - Regeneration Efficient Demineralization / Silica Removal - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A400MBOHIND	Application - Regeneration Efficient Demineralization - Mixed Beds - Indicator Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH
Purolite® A400OH	Application - Regeneration Efficient Demineralization / Silica Removal - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A400S	Application - Sugar Applications Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Quaternary Ammonium Ionic Form as Shipped - Chloride
Purolite® A400TL	Application - Regeneration Efficient Demineralization / Silica Removal - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A400TLSO4	Application - Regeneration Efficient Demineralization / Silica Removal - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - SO4-
Purolite® A420S	Application - Reversible Uptake of Large Organic Molecules - Sugar Syrups Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A444DL SBA I GEL CLEAR	Application - SBA I GEL CLEAR - FOR LAYERED BED Polymer Structure - Polystyrene crosslinked with Divinylbenzene Appearance - Translucent Golden Spherical Beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A532E	Application - Perchlorate Removal Polymer Structure - Polystyrene - DVB Appearance - Spherical Beads Functional Group - Bifunctional Quaternary amines Ionic Form as Shipped - Chloride
Purolite® A560/4790	Application - Uranium Extraction Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Opaque spherical beads Functional Group - Ionic Form as Shipped - Chloride
Purolite® A600	Application - Ultrapure Water / Silica Removal Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A600C	Application - Efficient Demineralization / Silica Removal Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A600DL	Application - Efficient Demineralization / Silica Removal - Layered Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A600E	Application - Regeneration Efficient Demineralization - Food Grade for Potable water; Dealkalization; Nitrate and or Sulfate removal Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A600MB	Application - Efficient Demineralization / Silica Removal - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A600MBOH	Application - Efficient Demineralization / Silica Removal - Mixed Beds Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A600MBOHIND	Application - Efficient Demineralization / Silica Removal - Mixed Beds - Indicator Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH
Purolite® A600U/3472	Application - Uranium Extraction Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Amber spherical beads Functional Group - Quaternary ammonium Ionic Form as Shipped - Chloride
Purolite® A660/4759	Application - Uranium Extraction Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Amber spherical beads Functional Group - Quaternary ammonium Ionic Form as Shipped - Chloride
Purolite® A850	Application - Organics ;Tannin Removal and Demineralization - Excellent Resistance to Fouling Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A850C/S	Application - Sugar - Good Resistance to Fouling Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A850DL	Application - Organics ;Tannin Removal and Demineralization - Excellent Resistance to Fouling - Layered Beds Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A870	Application - Demineralization - Good Resistance to Fouling - High Capacity Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary and Tertiary Ammonium Ionic Form as Shipped - FB / Cl-
Purolite® A870C	Application - Demineralization - Good Resistance to Fouling Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary and Tertiary Ammonium Ionic Form as Shipped - FB / Cl-
Puropack® PPA200	Application - Regeneration Efficient Demineralization - Narrow Size Grading Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Puropack® PPA300	Application - Regeneration Efficient Demineralization - Narrow Size Grading Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Puropack® PPA400	Application - Regeneration Efficient Demineralization - Narrow Size Grading Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Puropack® PPA400OH	Application - Regeneration Efficient Demineralization - Narrow Size Grading Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH-
Puropack® PPA420S	Application - Reversible Uptake of Large Organic Molecules - Narrow Size Grading Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Puropack® PPA600	Application - Regeneration Efficient Demineralization - Narrow Size Grading Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Puropack® PPA850	Application - Regeneration Efficient Demineralization - Narrow Size Grading Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary Ammonium Ionic Form as Shipped - Cl-
Puropack® PPA870	Application - Regeneration Efficient Demineralization - Narrow Size Grading Polymer Structure - Gel Polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary and Tertiary Ammonium Ionic Form as Shipped -
Supergel™ SGA550Cl	Application - Condensate Polishing - Uniform Bead Size Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Supergel™ SGA550OH	Application - Condensate Polishing - Uniform Bead Size Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH-
Supergel™ SGA550SO4	Application - Condensate Polishing - Uniform Bead Size Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - SO4-

STRONG BASE ANION MACROPOUROUS

Purofine® PFA500	Purofine PFA500 is a macroporous poly(vinylbenzyl-trimethylammonium) type I strong base anion exchange resin which because of its regeneration efficiency has particularly high operating capacity at lower or even moderate regeneration levels.
Purofine® PFA503	Application - Demineralization - High Operating Capacity - Uniformily Sized Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purofine® PFA510	Purolite PFA510 is a macroporous type 2 strong base anion exchange resin, which because of its special narrow size distribution has particularly high operating capacity at lower regeneration levels, where its superior regeneration efficiency is most marked.
Purofine® PFA860	Application - Decolourisation of Organic Solutions (Sugar Syrups). Organic Scavenger. Polymer Structure - Macroporous polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A100/2412	Purolite A100/2412 is a macroporous poly(vinylbenzyl) anion exchange resin, primarily designed for effective recovery of aurocyanide complexes obtained from the alkaline cyanide processing of gold ores.
Purolite® A500	Application - Condensate Treatment - Good Silica Removal Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A500/2788	Purolite A500/2788 is a macroporous-type strong base anion exchange resin efficient for extraction of uranium complexes in in-situ (ISL), batch or heap leaching and Resin-in-Pulp (RIP) processes.
Purolite® A500C	Application - Demineralization - Mixed Bed Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A500DL	Purolite A500 DL is a macroporous poly(vinylbenzyl-trimethylammonium) exchanger which has been designed for use as an organic scavenger, e.g. for the removal of tannins, fulvic and humic acids, from industrial and domestic water supplies.
Purolite® A500MB	Purolite A500 DL is a macroporous poly(vinylbenzyl-trimethylammonium) exchanger which has been designed for use as an organic scavenger, e.g. for the removal of tannins, fulvic and humic acids, from industrial and domestic water supplies.
Purolite® A500MBOH	Purolite A500MBOH is a macroporous, polyvinylbenzyl-trimethylammonium exchanger in the hydroxide form and is crosslinked with divinylbenzene.
Purolite® A500MBOHIND	Application - Demineralization - Mixed Bed - Indicator Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A500P	Purolite A-500P is a macroporous poly(vinylbenzyl-trimethylammonium) exchanger which has been designed for use as an organic scavenger, e.g. for the removal of tannins, fulvic and humic acids, from industrial and domestic water supplies.
Purolite® A500PS	Purolite A500P S is a macroporous poly(vinylbenzyl-trimethylammonium) exchanger which has been designed for use in the decolorization of sugar syrups.
Purolite® A500S	Application - Sugar Grade Resin Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Type 1 Quaternary Ammonium Ionic Form as Shipped - Chloride
Purolite® A500TLSO4	Purolite A500TLS04 is a macroporous poly(vinylbenzyl-trimethylammonium) exchanger with high resistance to both osmotic and mechanical stress which may be encountered in both make-up, and condensate polishing mixed beds.
Purolite® A501P	Purolite A501P is a unique strong base type 1 anion exchange resin which has been developed for the removal of colloids especially colloidal silica.
Purolite® A503	Purolite A503 is a macroporous poly(vinylbenzyl-trimethylammonium) exchanger with a large pore structure and exceptionally high operating capacity.
Purolite® A503C	Purolite A503C is a macroporous poly(vinylbenzyl-trimethylammonium) exchanger with a large pore structure and exceptionally high operating capacity.
Purolite® A510	Purolite A510 is a macroporous type 2 strong base anion exchange resin. Its macroporous structure offers excellent resistance to osmotic and physical shock.
Purolite® A510C	Purolite A510C is a macroporous type 2 strong base anion exchange resin. Its macroporous structure offers excellent resistance to osmotic and physical shock.
Purolite® A510FL	Purolite A-510FL is a macroporous poly(vinylbenzyl-dimethyl-hydroxyethyl ammonium) exchanger with an excellent resistance to osmotic and physical shock.
Purolite® A510MB	Application - Demineralization - Mixed Bed Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - Cl-
Purolite® A510MBOH	Application - Demineralization - Mixed Bed Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A510MBOHIND	Application - Demineralization - Mixed Bed - Indicator Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Type 2 Quaternary Ammonium Ionic Form as Shipped - OH-
Purolite® A510S	Purolite A510S is a macroporous poly(vinylbenzyl-dimethyl-hydroxyethylammonium) exchanger with an excellent resistance to osmotic and physical shock.
Purolite® A513	Purolite A513 is a macroporous poly(vinylbenzyl-dimethyl-hydroxyethyl ammonium) exchanger with a special structure showing excellent resistance to osmotic and thermal shock, a high operating capacity, especially on feedwaters containing a high concentration of mineral acidity (high FMA)
Purolite® A520E	Purolite A520E is a macroporous strong base anion resin which is specially designed for the removal of nitrates from water for potable processes
Purolite® A530E	Purolite A530E is a special macroporous strong base anion resin crosslinked with divinylbenzene that is specially selective for hydrophobic anions.
Purolite® A555	Purolite A555 is a Type III macroporous strong base anion resin with a specialized functional group consisting of polyvinylbenzyl-dimethypropanolamine.
Purolite® A560/4790	Purolite A560/4790 is a macroporous-type strong base anion exchange resin efficient for extraction of uranium complexes in in-situ (ISL), batch or heap leaching and Resin-in-Pulp (RIP) processes.
Purolite® A860	Purolite A860 is a macroporous type 1 strong base anion exchange resin with an acrylic matrix. The acrylic matrix ensures excellent removal of organic matter from a water supply in conjunction with their reversible removal upon regeneration.
Purolite® A860S	Purolite A860S is a strong base macroporous type I anion exchange resin. It has an exceptionally good capacity for colored bodies of high molecular weight, such as those found in sugar syrups.
Purolite® PFA500S	Purofine (R) PFA500S is a macroporous poly(vinylbenzyl-trimethylammonium) type I strong base anion exchange resin which, because of its regeneration efficiency, has particularly high operating capacity at low or even moderate regeneration levels.
Puropack® PPA500	Puropack A500 is a specially produced, premium narrow size grading, macroporous type-I strong base anion exchange resin.
Puropack® PPA500MB	Puropack® PPA500MB is a macroporous poly(vinylbenzyl-trimethylammonium) type I strong base anion exchange resin which because of its regeneration efficiency has particularly high operating capacity at lower or even moderate regeneration levels.
Puropack® PPA510	Puropack® A510 is a specially produced, premium narrow size grading, macroporous type-II strong base anion exchange resin.
Tanex™	Purolite® TANEX is a proprietary blend of special and patented anion exchange resins used for tannins and organic matter in water used primarily for potable applications. Purolite® TANEX is useful in reducing more difficult-to-control organic matter and color that may exist as partially dissolved and partially colloidal in nature.

WEAK ACID CATION GEL

Purofine® PFC104Plus	Purofine PFC104Plus is a narrow size grading, high capacity polyacrylic weak-acid cation exchanger. The functional groups of the carboxylic type give high chemical efficiency in many applications, especially for the removal of bicarbonate alkalinity in water treatment, combined with its narrow particle size showing excellent uptake of alkaline earth metals.
Purolite® C104DLPlus	Purolite C104DLPlus is a premium grade weak acid cation exchange resin specially tailored for use in two bed systems (Purolite Doublite) process.
Purolite® C104ECPlus	Application - Dealkalization; Deionization; Softening of Water & Aqueous Organic Solutions - Food Grade Polymer Structure - Gel polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Carboxylic Acid Ionic Form as Shipped - H+
Purolite® C104ENa	Purolite C104ENa is a high capacity polyacrylic weak-acid cation exchanger supplied in the sodium form. Purolite C104E is specially treated to remove extractables. These properties make it ideal for use in potable and food grade applications.
Purolite® C104EPlus	Application - Dealkalization; Deionization; Softening - Food and Potable Water Polymer Structure - Gel polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Carboxylic Acid Ionic Form as Shipped - H+
Purolite® C104NaPlus	Application - Softening of Water & Aqueous Organic Solutions Polymer Structure - Porous polyacrylic acid crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Carboxylic Acid Ionic Form as Shipped - Sodium
Purolite® C104Plus	Purolite C104Plus is a gel-type polyacrylic weak acid cation exchanger. The functional groups of the carboxylic type give high chemical efficiency in many applications, especially for the removal of bicarbonate alkalinity in water treatment, showing good rates of exchange.
Purolite® C104SPlus	Application - Dealkalization; Deionization; Softening of Water & Aqueous Organic Solutions Polymer Structure - Gel polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Carboxylic Acid Ionic Form as Shipped - H+
Purolite® SST104	The Purolite SST family of high efficiency cation resins is based on shallow shell technology. Simply stated, the shorter the diffusion path, the more rapid the ion exchange occurs. This is particularly important during regeneration.
Puropack® PPC104	Puropack PPC104Plus is a specially produced, premium narrow size grading, weak acid cation exchange resin. The functional groups of the carboxylic type give high chemical efficiency in many applications, especially for the removal of bicarbonate alkalinity in water treatment, showing excellent uptake of alkaline earth metals provided that sufficient contact time for exchange is allowed.

WEAK ACID CATION MACROPOUROUS

Purolite® C106	Purolite C106 is an acrylic-based macroporous weak-acid cation exchanger containing carboxylic groups. This resin has been designed for use under conditions where the marked swelling from the virtually un-ionised hydrogen form to the alkaline salt form in the equivalent gel resin might result in an unacceptable degree of mechanical breakdown.
Purolite® C106CNa	Purolite C106CNa is an acrylic-based macroporous weak-acid cation exchanger containing carboxylic groups supplied in the sodium form.
Purolite® C106Na	Application - Special Applications / Treatment of Aqueous Organic Solutions / Metal Fixation Polymer Structure - Macroporous polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Carboxylic Acid Ionic Form as Shipped - Na+
Purolite® C107	Purolite C107 is a high capacity polyacrylic weak-acid cation exchanger developed for water dealkalisation. It has particularly fast kinetics combined with the high capacity. The functional groups of the carboxylic type give high chemical efficiency in many applications, especially for the removal of bicarbonate alkalinity in water treatment, showing excellent uptake of alkaline earth metals in a relatively short contact time for this type of resin.
Purolite® C107E	Purolite C107E is a high purity, high capacity polyacrylic weak-acid cation exchanger developed to treat water for potable use.
Purolite® C115	Purolite C115 is a weak acid carboxylic cation exchange resin in the hydrogen form. Its special chemical structure confers exceptional properties in combination with absolute freedom from toxicity. The very weakly acidic carboxylic groups (pKa=5.5-6.0) make it ideal for the uptake of many complex bases.
Purolite® C115E	Purolite C115 is a weak acid carboxylic cation exchange resin in the hydrogen form. Its special chemical structure confers exceptional properties in combination with absolute freedom from toxicity. The very weakly acidic carboxylic groups (pKa=5.5-6.0) make it ideal for the uptake of many complex bases.
Purolite® C115EC	Application - Dealkalization & Temporary Hardness Removal Including Carix Process Polymer Structure - Porous polymethacrylic crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Carboxylic Acid Ionic Form as Shipped - H+

WEAK BASE ANION GEL

Purofine® PFA847	Purofine® PFA847 is a gel-type anion exchange resin with an acrylic matrix. The acrylic matrix ensures excellent removal of organic matter from water supplies in conjunction with its reversible removal upon regeneration.
Purolite® A845	Purolite A845 is a gel-type anion exchange resin with an acrylic matrix. The acrylic matrix ensures excellent removal of organic matter from a water supply in conjunction with its reversible removal upon regeneration.
Purolite® A845DL	Purolite A845DL is a gel-type anion exchange resin with an acrylic matrix with excellent chemical and thermal stability, resistance to attrition and osmotic shock. The acrylic matrix ensures excellent removal of organic matter from a water supply in conjunction with its reversible removal upon regeneration.
Purolite® A847	Purolite A847 is a unique weak base resin, with a gel acrylic divinylbenzene matrix and tertiary amine functionality. The special properties are associated with the extremely low rinse requirement after regeneration with caustic soda together with an increase in useful operating capacity of up to 10% over similar resins.
Purolite® A847C	Purolite A847C is a unique weak base resin, with a gel acrylic divinylbenzene matrix and tertiary amine functionality.
Purolite® A847DL	Purolite A847DL is a unique weak base resin, with a gel acrylic divinylbenzene matrix and tertiary amine functionality.
Purolite® A847S	Purolite A847S is a unique weak base resin, with a gel acrylic divinylbenzene matrix and tertiary amine functionality.
Puropack® PPA847	Puropack A847 is a specially produced, premium narrow size grading, gel type acrylic weak base anion exchange resin.

WEAK BASE ANION MACROPOUROUS

Purofine® PFA100	Application - Demineralization - Uniformily Sized Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base
Purofine® PFA103	Application - Demineralization - Uniformily Sized Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base
Purofine® PFA123	Application - Demineralization - Uniformily Sized Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base
Purofine® PFA133S	Application - Demineralization / Decolorization of Glucose Solutions Polymer Structure - Macroporous Polystrene Crosslinked with Divinylbenzene Appearance - Spherical Beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base
Purolite® A100	Purolite A100 is a macroporous polystyrenic weak base anion resin having tertiary amine functionality. Purolite A100 is designed to exhibit high operating capacity in removing strong acids formed after decationizing water through a strong acid cation resin like Purolite C100H.
Purolite® A100DL	Purolite A100DL is a macroporous poly(vinylbenzyl) tertiary amine type exchange resin. It is especially designed to be used in a layered bed in conjunction with Purolite A400DL or Purolite A500DL in a single vessel.
Purolite® A100S	Purolite A100S is a macroporous polystyrenic weak base anion resin having tertiary amine functionality especially prepared for use in the sugar and sweetener industry.
Purolite® A100TL	Application - Demineralization / Deacidification Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base
Purolite® A103	Purolite A103 is a macroporous polystyrenic weak base anion resin having tertiary amine functionality. Purolite A103 is designed to exhibit high operating capacity in removing strong acids formed after decationizing water through a strong acid cation resin like Purolite C100H.
Purolite® A103S	Purolite A103S is a macroporous polystyrenic weak base anion resin having tertiary amine functionality especially prepared for sugar and sweetener applications.
Purolite® A105	Purolite A105 is a macroporous poly(vinylbenzyl) tertiary amine type exchange resin of relatively high moisture content. Its excellent mechanical, osmotic, and chemical stability, combined with the capability of very fast rates of ion exchange
Purolite® A105S	Application - Demineralization of Sugar Solutions Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base
Purolite® A107	Application - Demineralization Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Primary Amine Ionic Form as Shipped - Free Base
Purolite® A109	Purolite A109 is a macroporous-type anion exchange resin with a polystyrene matrix. The high porosity ensures excellent removal of organic matter from both aqueous and organic solutions in conjunction with its reversible removal upon regeneration.
Purolite® A123S	Purolite A123S is a macroporous poly(vinylbenzyl)tertiary amine exchanger of moderate porosity, specially developed for use in the demineralization of sweetening products.
Purolite® A133	Application - Demineralization / Decolorization of Glucose Solutions Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base
Purolite® A133S	Purolite A133S has been developed to provide 20-25% more throughput per cycle than current commercial weak base anion resins using the same regeneration procedure - resulting in savings which EXCEED the cost of the resin itself.
Purolite® A149S	Application - Citric Acid / Lactic Acid Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Complex Amine Ionic Form as Shipped - Free Base
Purolite® A830	Purolite A830 is a high capacity macroporous anion exchange resin with an acrylic matrix. This matrix ensures excellent and fast removal of both mineral and organic acids.
Purolite® A835	Purolite A835 is a macroporous-type anion exchange resin with an acrylic matrix. The macroporous acrylic matrix ensures excellent removal of organic acids including those of high molecular weight from process liquors.
Purolite® CTA190	Application - Catalysis Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base
Purolite® CTA193	Purolite CTA193 is a macroporous poly(vinylbenzyl) tertiary amine type weak base anion exchange resin. Because of its structure, it has excellent mechanical and osmotic stability.
Puropack® PPA100	Puropack A100 is a specially produced, premium narrow size grading, macroporous weak base anion exchange resin. Because of its structure, it has excellent mechanical and osmotic stability, and is able to remove naturally occurring organic materials typically found in influent water
Puropack® PPA103	Application - Demineralization - Narrow Size Grading Polymer Structure - Macroporous polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Tertiary Amine Ionic Form as Shipped - Free Base

ULTRA PURE WATER

UltraClean™ UCW1080	Purolite® UCW1080 is a macroporous polystyrenic based resin, with functional groups specially designed for the selective removal of boron from ultrapure water.
UltraClean™ UCW3700	UltraClean™ UCW3700 mixed bed resin is ready to use, 1:1 chemical equivalent that is highly regenerated in the H+ and OH- forms.
UltraClean™ UCW3900	Application - Mixed Bed resin for high purity water Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulfonic Acid and Type 1 Quaternary Ammonium Ionic Form as Shipped - H+/OH-
UltraClean™ UCW5072	Purolite UCW5072 is a gel type I strong base anion exchange resin specially cleaned for Ultra-Pure Water demands. Its narrow particle size distribution and dedicated UPW resin manufacturing process enables rapid rinse down and provides high operating capacity particularly at lower regeneration levels, where the effect of its superior regeneration efficiency is most marked.
UltraClean™ UCW9126	Purolite UCW9126 is a gel type cation exchange resin specially cleaned for Ultra-Pure Water demands and has high resistance to bead fracture both from attrition and osmotic shock A narrow particle size distribution, provides superior kinetics, higher operating capacity and produces treated water with a substantially lower sodium leakage than most other gel resins.
UltraClean™ UCW9964	UltraClean UCW9964 is a separable mixed bed resin is ready to use, specially produced and cleaned for Ultra-Pure Water applications, 1:1 chemical equivalent that is highly regenerated in both the H+ and OH- forms.
UltraClean™ UCW9966	UltraClean UCW9966 a non-separable ready to use, 1:1 chemical equivalent mixed bed resin that is highly regenerated in the H and OH forms. UltraClean UCW9966 resin is manufactured by a proprietary process that provides ultra low TOC leakage and the highest quality water to be achieved, essential for critical UPW applications.

PHARMACEUTICAL

Purolite® A430MR	Purolite A430MR is Cholestyramine, a strong base type 1 anion exchange resin powder with a polystyrene matrix and quaternary ammonium functional groups.
Purolite® C100CaMR	Calcium ResoniumTM is Calcium Polystyrene Sulphonate, a strong acid cation exchange resin powder. This is a pharmaceutical grade product which is used for the treatment of a specific medical condition.
Purolite® C100NaMR	Purolite C100NaMR is Sodium Polystyrene Sulphonate, a strong acid cation exchange resin powder. This is a pharmaceutical grade product which is used for the treatment of a specific medical condition.
Purolite® C115HMR	Purolite C115HMR is a weak acid carboxylic cation exchange resin powder in the hydrogen form. Its special chemical structure confers exceptional properties in combination with absolute freedom from toxicity.
Purolite® C115KMR	Purolite C115KMR is Polacrilin Potassium, a most effective tablet disintegrant supplied to the pharmaceutical industry.

POTABLE WATER

FerrIX™ A33E	FerrIX™ A33E is a proprietary hybrid ion exchange resin specifically designed for selective removal of arsenic from water, certified to NSF/ANSI 61 Standard.
Purolite® A200E	Purolite A200E is a strong-base anion exchanger with both excellent operating capacity and good kinetics even when regenerant levels are comparatively low.
Purolite® A300E	Purolite A300E is a Type II, strongly basic gel anion exchange resin with outstanding operating capacity and excellent regeneration efficiency.
Purolite® A400E	Purolite A400E is a clear gel Type I strong-base anion exchanger with both high operating capacity and the ability to achieve low residual silica levels.
Purolite® A520E	Purolite A520E is a macroporous strong base anion resin which is specially designed for the removal of nitrates from water for potable processes.
Purolite® A530E	Purolite A530E is a special macroporous strong base anion resin crosslinked with divinylbenzene that is specially selective for hydrophobic anions. It shows good mechanical strength and an excellent resistance to osmotic and thermal shock.
Purolite® A532E	Purolite® A532E is a unique dual amine bifunctional resin that exhibits extremely high selectivity for hydrophobic anions such as perchlorate and pertechnetate.
Purolite® A600E	Purolite A600E is a strong-base anion exchanger with both high operating capacity and designed for removal of alkalinity, uranium and nitrate from drinking water.
Purolite® AC20	PUROLITE AC20 is a highly active, regenerable granular activated carbon, manufactured from carefully selected bituminous mineral coals.
Purolite® AC20G	PUROLITE AC20G is a highly active, regenerable granular activated carbon, manufactured from carefully selected bituminous mineral coals.
Purolite® C100E	Purolite C100E is a high purity premium grade bead form conventional gel polystyrene sulphonate cation exchange resin designed expressly for the treatment of foodstuffs, beverages, potable waters, and water used in the processing of food.
Purolite® C100EDK	Application - Softening of water; Dark cation Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads - dark colour Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C100EFM	Application - Softening of Water; Fine mesh cation Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Sulphonic acid Ionic Form as Shipped - Sodium
Purolite® C100EH	Purolite C100EH is a premium grade of conventional gel poly(styrene sulphonate) cation-exchange resin of exceptionally high purity, specially manufactured for use in demineralisation of solutions destined for potable use or treatment of foodstuffs, beverages, potable waters and water used in the processing of food.
Purolite® C100ELT	Purolite® C100ELT is a high capacity premium bead form, conventional gel polystyrene sulphonate cation exchange resin, designed for use in industrial or house hold water conditioning equipment. It removes the hardness ions, e.g. calcium and magnesium, replacing them with sodium ions.
Purolite® C100EMB	Application - Demineralization of Potable Water Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® C104E	PUROLITE C104E is a high purity, high capacity weakly acidic cation exchange resin developed to treat water for potable use.
Purolite® C104ENa	Purolite C104ENa is a high capacity polyacrylic weak-acid cation exchanger supplied in the sodium form. Purolite C104E is specially treated to remove extractables. These properties make it ideal for use in potable and food grade applications.
Purolite® C104EPlus	Application - Dealkalization; Deionization; Softening - Food and Potable Water Polymer Structure - Gel polyacrylic crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Carboxylic Acid Ionic Form as Shipped - H+
Purolite® C107E	Purolite C107E is a high purity, high capacity polyacrylic weak-acid cation exchanger developed to treat water for potable use.
Purolite® C115E	Purolite C115 is a weak acid carboxylic cation exchange resin in the hydrogen form. Its special chemical structure confers exceptional properties in combination with absolute freedom from toxicity
Purolite® C115EC	Application - Dealkalization & Temporary Hardness Removal Including Carix Process Polymer Structure - Porous polymethacrylic crosslinked with divinylbenzene Appearance - Spherical Beads Functional Group - Carboxylic Acid Ionic Form as Shipped - H+
Purolite® C120E	Application - Domestic and small industrial food grade softening Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® MPR1000	Membrane fouling is a major part of the operating cost for reverse osmosis and nanofiltration systems. Purolite® MPR1000, a blend of proprietary and patented resins, is designed to reduce membrane fouling by removing colloidal and organic matter from the feedwater.
Purolite® MZ10	PUROLITE AC20 is a highly active, regenerable granular activated carbon, manufactured from carefully selected bituminous mineral coals.
Purolite® PFC100E	Application - Uniform Particle Size Resin version of C100E offering higher capacity and lower regenerant consumption Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® PFC100EAg	Application - Uniform Particle Size, Silver Impregnated (Bacteriostatic Properties) Resin Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+/Ag+
Purolite® PPC100E	Application - Demineralization - Counterflow Systems - Narrow Grading Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+
Purolite® SST60	Application - Shallow Shell Technology Resin for Regenerant Savings Polymer Structure - Gel polystyrene crosslinked with divinylbenzene Appearance - Spherical beads Functional Group - Sulphonic acid Ionic Form as Shipped - Na+

INERT / SPACER RESIN

Purolite® IP1	Purolite IP1 is an inert plastic material with a specific gravity lower than that of water capable of floating just above the ion exchange bed.
Purolite® IP3	Purolite IP3 is an inert polymer in the form of spheres with a narrow size range. It has been especially designed for use in the Trilite system where it acts as a spacer to facilitate separation of the specially graded Trilite cation and anion components and thereby prevent cross contamination in the regeneration process.
Purolite® IP4	Purolite IP4 is an inert polymer in the form of cylinders. It has been especially designed for use in the Fluidlite process (packed or partially packed and fluidized beds operated in the up-flow counterflow mode).
Purolite® IP7	Purolite IP7 is an inert polymer in the form of spheres with a narrow size range. It has been especially designed for use in the Trilite system where it acts as a spacer to facilitate separation of the specially graded Trilite cation and anion components and thereby prevent cross contamination in the regeneration process.
Purolite® IP9	Purolite IP9 is a rigid compound based on polyvinyl chloride (PVC). It is used as a bottom layer for ion exchange resins in water demineralization, softening, dealkalization and other special applications.

POWDERED RESINS

Microlite® CG12H	The Microlite CG Series of premixed powdered ion exchange resin-fiber products were developed to answer the needs of the power industry, primary users of powered ion exchange resin/fiber products
Microlite® CG12N	Application - Polymer Structure - Appearance - Functional Group - Ionic Form as Shipped - NH4+/OH-
Microlite® CG4H	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - H+ / OH-
Microlite® CG4N	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - NH4+/OH-
Microlite® CG6N	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - NH4+/OH-
Microlite® FC+	Application - Polymer Structure - Appearance - Powdered Functional Group - Inert Ionic Form as Shipped - Neutral
Microlite® MB1/1H	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - H+ / OH-
Microlite® MB1/1N	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - NH4+/OH-
Microlite® MB2/1H	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - H+ / OH-
Microlite® MB2/1N	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - NH4+/OH-
Microlite® MB3/2H	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - NH4+/OH-
Microlite® MB3/2N	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - NH4+/OH-
Microlite® PrAOH	Application - Anion-hydroxide resin used for pre-coat Polymer Structure - Appearance - Powdered Functional Group - Quaternary Ammonium Ionic Form as Shipped - OH-
Microlite® PrCH	Application - Polymer Structure - Appearance - Powdered Functional Group - Sulfonic Ionic Form as Shipped -
Microlite® PrCN	Application - Cation-ammonium resin used for pre-coat Polymer Structure - Appearance - Powdered Functional Group - Sulfonic Ionic Form as Shipped - NH4+
Purolite® CG7H	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - H+ / OH-
Purolite® RWG1H	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - H+ / OH-
Purolite® RWG1N	Application - Polymer Structure - Appearance - Powdered Functional Group - Acid/Base Ionic Form as Shipped - NH4+/OH-

Ion Exchange Resins

Industrial Water Equipment stock a vast range of Ion Exchange resins from the worlds leading manufacturers, all available for immediate delivery.

If you are unable to locate the resin you require than please contact our technical department.

Need Help?

We can advise on the correct ion exchange resin for your requirements.
Please contact us on

01629 363311

we are more than happy to help.

Sign up for Newsletter

ion exchange resin

purolite ION EXCHANGE RESINS

Ion Exchange Resins

IWE

ION EXCHANGE RESINS

Need Help?