Products & Services
See also: Categories | Featured Products | Technical Articles | More Information-
Supplier: Accuris
Description: STANDARD TEST METHOD FOR ANION-CATION BALANCE OF MIXED BED ION-EXCHANGE RESINS
-
Supplier: Dupont Water Solutions
Description: AMBERJET™ UP6150 is a fully regenerated mixed bed of cation and anion exchange resins intended for use in high purity water systems after reverse osmosis.
- Filter Medium Material: Anion Exchange Resin, Cation Exchange Resin, Mixed Resin
-
Supplier: Accuris
Description: STANDARD TEST METHOD FOR ANION-CATION BALANCE OF MIXED BED ION-EXCHANGE RESINS - INCLUDES STANDARD + REDLINE (PDF)
-
-
Supplier: Dupont Water Solutions
Description: AMBERJET™ UP6040 is a semi-conductor grade ion exchange resin mixed bed specifically designed for use in non regenerable final polishing units in the highest purity water treatment applications.
- Filter Medium Material: Anion Exchange Resin, Cation Exchange Resin, Mixed Resin
- Maximum Temperature: 140 F
-
Supplier: Watts
Description: Media: Purolite® with color change indicator; total removal capacity: 700 grains; design flow: 1 gpm.
- Media: Water
-
Supplier: Watts
Description: Media: Purolite® with color change indicator; total removal capacity: 300 grains; design flow: 1 gpm.
- Media: Water
-
Supplier: ASTM International
Description: 1.1 This test method determines the ratio between the equivalents of anion-exchange capacity and the equivalents of cation-exchange capacity present in a physical mixture of salt-splitting anion-exchange material and salt-splitting cation-exchange material. 1.2 The values stated in SI units are to
-
Supplier: ASTM International
Description: 1.1 This test method determines the ratio between the equivalents of anion-exchange capacity and the equivalents of cation-exchange capacity present in a physical mixture of salt-splitting anion-exchange material and salt-splitting cation-exchange material. 1.2 The values stated in SI units are to
-
Supplier: ASTM International
Description: 1.1 This test method determines the ratio between the equivalents of anion-exchange capacity and the equivalents of cation-exchange capacity present in a physical mixture of salt-splitting anion-exchange material and salt-splitting cation-exchange material. 1.2 The values stated in SI units are to
-
Supplier: ASTM International
Description: 1.1 This test method determines the ratio between the equivalents of anion-exchange capacity and the equivalents of cation-exchange capacity present in a physical mixture of salt-splitting anion-exchange material and salt-splitting cation-exchange material. 1.2 The values stated in SI units are to
-
Supplier: Sauereisen, Inc.
Description: combination with Sauereisen Furan Resin Mortar/Grout for vertical joints on various size tile or brick. Floors utilizing the Sauereisen Epoxy Setting Bed/Furan Mortar vertical joint system are completely resistant to food acids, fats, oils, alkalies, cleaning solutions, bacteria
- Applications: Flooring
- Bond / Processing Features: Epoxy
- Compressive / Crushing Strength: 4865 psi
- Features: Specialty / Other
-
Supplier: Bio-Rad Laboratories, Inc.
Description: 100 g, biotechnology grade ion exchange resin, self-adsorbed form, 8% crosslinkage, 50-100 dry mesh size, 180-425 µm wet bead size, ~1,000 MW limit AG 501-X8 Mixed bed resins are used for deionizing water or other non-ionic substances such as urea, acrylamide, formamide
- Filter Medium Material: Anion Exchange Resin
-
Supplier: Bio-Rad Laboratories, Inc.
Description: 100 g, biotechnology grade ion exchange resin, H+ + OHâ form, 8% crosslinkage, 20-50 dry mesh size, 300-1,180 µm wet bead size, ~1,000 MW limit AG 501-X8 Mixed bed resins are used for deionizing water or other non-ionic substances such as urea, acrylamide, formamide
- Filter Medium Material: Anion Exchange Resin
-
Supplier: Bio-Rad Laboratories, Inc.
Description: 500 g, analytical grade ion exchange resin, self-adsorbed form, 8% crosslinkage, 50-100 dry mesh size, 180-425 µm wet bead size, ~1,000 MW limit AG 501-X8 Mixed bed resins are used for deionizing water or other non-ionic substances such as urea, acrylamide, formamide, or
- Filter Medium Material: Anion Exchange Resin
-
Supplier: Bio-Rad Laboratories, Inc.
Description: 500 g, analytical grade ion exchange resin, H+ + OHâ form, 8% crosslinkage, 20-50 dry mesh size, 300-1,180 µm wet bead size, ~1,000 MW limit AG 501-X8 Mixed bed resins are used for deionizing water or other non-ionic substances such as urea, acrylamide, formamide
- Filter Medium Material: Anion Exchange Resin
-
Supplier: Watts
Description: Media: Purolite® with color change indicator; total removal capacity: 1,900 grains; design flow: 3 gpm
- Media: Water
-
Supplier: Watts
Description: Media: Purolite® with color change indicator; total removal capacity: 900 grains; design flow: 2 gpm
- Media: Water
-
Supplier: Serfilco, Ltd.
Description: bath replenishment. Concentrated regenerate can be chemically treated for disposal or possible recovery. For WATER PURIFICATION Units provide high quality deionized water when fi lled with a strong base mixed-bed resin. Product water is low in dissolved solids, CO2 and silica, with a
-
Description: Culligan® Pro Series deionizers are part of a multiple process treatment system that produces high quality water required for specialized applications. A flexible configuration of mixed-bed or strong acid-base resin tanks is simple to manage, and you have the option to automatically or
-
Supplier: Marmon Industrial Water LLC
Description: compared to mixed bed DI. All this is accomplished using a combination of selective ion exchange membranes, ion exchange conductive resins, and electricity to remove ions from water rather than costly hazardous chemicals. Typical Applications Power Generation: Steam makeup water
- Continuous Flow Rate: 15 to 440 GPM
- Market: Industrial, Other
-
Supplier: Sartorius Lab Instruments GmbH & Co. KG
Description: exchanging H+ and OH–. Their uniform and compact mixed bed ensures reliable desalination and optimal utilization of the resin material, reducing conductivity by up to < 0.1 µS/cm. The arium® line also includes conductivity meters for checking the quality of product water. These
- Market: Food / Medical / Sanitary
- Removal Application: Water Softening
Find Suppliers by Category Top
Featured Products Top
-
Custom thermoset molding services range across a variety of industries, each with a unique set of materials and part specifications. Both the resin transfer molding (RTM) process and reaction injection molding (RIM) process offer specific capabilities that can be applied to virtually any project (read more)
Browse Datasheets for Osborne Industries, Inc. -
UV bulbs have distinct differences and are tailored to meet your application's specific needs. Their usage abilities range from killing COVID to curing resin. UV bulbs generally contain an inert gas mixed with mercury. UV light is produced when electricity reacts with mercury, and the pressure (read more)
Browse UV Disinfection and UVGI Sanitization Systems Datasheets for AirClean Systems
Conduct Research Top
-
The Advantages of Uniform Particle Sized Ion Exchange Resins (.pdf)
technology continued to develop with the introduction of e.g. mixed beds, layered beds and packed bed systems. In an attempt to overcome the disadvantages of a polydispersed bead distribution and to provide products to meet the increasingly demanding requirements of these application technologies
-
Development of Ion Exchange Resins with Ultra-Low Residuals for Condensate Polishing Applications (.pdf)
Nuclear power plants need to minimize corrosion and corresponding deposition throughout steam/water circuits. Condensate polishers containing mixed beds of ion exchange resins play a vital role in reduction of impurities in water circulated through these polishers.
More Information Top
Indicates content that may require registration and/or purchase.
-
Crits Notes on Water and Ion Exchange
MIXED BED RESIN UNITS, POLISHING (with external regeneration) .
-
Solidification of ion exchange resin wastes
Similarly, mixed bed resin waste formulations were limited by their cation component.
-
Waste-Form Development Program. Annual progress report, October 1981-September 1982
Compositional phase diagram for the solidification of unloaded mixed bed resin with portland type I cement .
-
Practical Boiler Water Treatment Handbook
The mixed bed resins also run the risk of fouling to a greater extent than single resin beds.
-
Leach studies on cement-solidified ion exchange resins from decontamination processes at operating nuclear power stations
Cation and mixed bed resin wastes were .
-
General procedure for determining cellulose nanocrystal sulfate half-ester content by conductometric titration
Proton- ation was performed after mixed bed resin treatment as well as after dialysis.
-
In situ processing of Nannochloropsis oculata algal biomass using a mixed bed ion‐exchange resin as a heterogeneous catalyst
The two types of mixed bed resin systems utilized in this research, a macroporous resin system consisting of equal mass portions of Amberlyst A26 OH and Dowex Monosphere M-31 and a gelular resin system consisting of Dowex Monosphere MR-450 UPW …
-
Electrodialysis-ion exchange for the separation of dissolved salts. Final report
Electrodialysis-Ion Exchange (EDIX) is an emerging technology in which ion-exchange resins are placed in the electrodialysiscompartments; cation resins in the catholyte compartment, ion resins in the anolyte compartment, and mixed bed resins in the feed compartment.
-
Release of organic chelating agents from solidified decontamination wastes
Samples were prepared with anion exchange resins alone and with a mixed bed resin composition containing one part cation exchange resin to two parts anion exchange resin.
-
http://www.sigmaaldrich.com/content/dam/sigma-aldrich/docs/Supelco/Brochure/1/supelco-13-resins-media.pdf
Mixed bed resin for primary water chemistry control in once-through systems.