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Supplier: Western Analytical Products
Description: silica capillary column. Available prepackaged capillary columns include: reversed-phase c18, high-carbon load, 5 µm/300 Ã… spherical silica, and an scx (strong cation exchange) 5 µm/85 Ã… material. each column supports a recommended maximum sample loading capacity of
- Column Type: Guard Column
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Supplier: Accuris
Description: STANDARD TEST METHOD FOR COLUMN CAPACITY OF PARTICULATE MIXED BED ION EXCHANGE MATERIALS
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Supplier: Accuris
Description: Standard Test Method for Column Capacity of Particulate Mixed Bed Ion Exchange Materials
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Supplier: Accuris
Description: Standard Test Method for Column Capacity of Particulate Mixed Bed Ion Exchange Materials - INCLUDES STANDARD + REDLINE (PDF)
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Supplier: Serfilco, Ltd.
Description: recover gold and other metals from plating operations easily and economically. Select the proper resin for gold recovery from acid or cyanide rinse water. Depth of resin column assures good solution contact for maximum metal recovery. Gold is recovered by incinerating the resin. Units have
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Supplier: ASTM International
Description: 1.1 This test method covers the determination of the performance of particulate mixed bed ion exchange materials in the regenerated form when used for deionization. It is intended for use in testing unused mixed bed materials and samples of regenerated mixed beds from operating units.
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Supplier: Serfilco, Ltd.
Description: metals from plating operations easily and economically. Select the proper resin for gold recovery from acid or cyanide rinse water. Depth of resin column assures good solution contact for maximum metal recovery. Gold is recovered by incinerating the resin. Units have early payback; one cubic
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Supplier: ASTM International
Description: 1.1 This test method covers the determination of the performance of particulate mixed bed ion exchange materials in the regenerated form when used for deionization. It is intended for use in testing unused mixed bed materials and samples of regenerated mixed beds from operating units.
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Supplier: Waters Corporation
Description: you need to consider and the column characteristics you are looking for. Separations developed on our analytical columns can be directly scaled up to preparative columns. We supply a wide range of phase chemistries in numerous column dimensions for preparative work to
- Packing Material Diameter: 2.5 µm
- Pore Diameter: 105 µm
- Column Length: 0.5 to 30 cm
- Internal Diameter: 1 to 50 mm
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Supplier: Cole-Parmer
Description: with any concentration of organic solvent; can be used up to 60°C and 5000 psi. Hamilton guarantees that the spherical media will not shrink or swell. PRP-X300 Ion Exclusion Columns contain a partially sulfonated poly (styrene-divinylbenzene) media. Exhibit a high degree of
- Stationary Phase/Separation Process: Ion Exclusion
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Supplier: Cole-Parmer
Description: with any concentration of organic solvent; can be used up to 60°C and 5000 psi. Hamilton guarantees that the spherical media will not shrink or swell. PRP-X300 Ion Exclusion Columns contain a partially sulfonated poly (styrene-divinylbenzene) media. Exhibit a high degree of
- Stationary Phase/Separation Process: Ion Exclusion
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Description: The method is based on passing a solution of the sample in a hydrochloric-hydrofluoric acid mixture through an ion exchange column, removal of all elements other than niobium and tantalum by washing, separation of niobium and tantalum from the resin bed, gravimetric
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Supplier: Pickering Laboratories, Inc.
Description: 70-minute High-efficiency Lithium Ion-exchange Column, 4.6 x 75 mm
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Supplier: Bio-Rad Laboratories, Inc.
Description: Pkg of 1, 7 x 35 mm, 1.3 ml, prepacked monolith ion exchange column, 20 mg max. protein load, 0.5-5.0 ml/min flow rate, operating pressure 700 psi UNO monolith ion exchange columns contain a patented* continuous-bed matrix allowing biomolecule separations at
- Column Type: Analytical Column
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Supplier: Bio-Rad Laboratories, Inc.
Description: Pkg of 1, 12 x 53 mm, 6 ml, prepacked monolith ion exchange column, 90 mg max. protein load, 0.5-8.0 ml/min flow rate, operating pressure 700 psi UNO monolith ion exchange columns contain a patented* continuous-bed matrix allowing biomolecule separations at
- Column Type: Analytical Column
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Supplier: Bio-Rad Laboratories, Inc.
Description: Pkg of 1, 7 x 35 mm, 1.3 ml, prepacked monolith ion exchange column, 20 mg max. protein load, 0.5-5.0 ml/min flow rate, operating pressure 700 psi UNO monolith ion exchange columns contain a patented* continuous-bed matrix, allowing biomolecule separations
- Column Type: Analytical Column
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Supplier: Bio-Rad Laboratories, Inc.
Description: Pkg of 1, 12 x 53 mm, 6 ml, prepacked monolith ion exchange column, 90 mg max protein load, 0.5-8.0 ml/min flow rate, operating pressure 700 psi UNO monolith ion exchange columns contain a patented* continuous-bed matrix, allowing biomolecule separations at
- Column Type: Analytical Column
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Supplier: Western Analytical Products
Description: silica capillary column. Available prepackaged capillary columns include: reversed-phase c18, high-carbon load, 5 µm/300 Ã… spherical silica, and an scx (strong cation exchange) 5 µm/85 Ã… material. each column supports a recommended maximum sample loading capacity of
- Column Type: Guard Column
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Supplier: Western Analytical Products
Description: silica capillary column. Available prepackaged capillary columns include: reversed-phase c18, high-carbon load, 5 µm/300 Ã… spherical silica, and an scx (strong cation exchange) 5 µm/85 Ã… material. each column supports a recommended maximum sample loading capacity of
- Column Type: Guard Column
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Supplier: Western Analytical Products
Description: silica capillary column. Available prepackaged capillary columns include: reversed-phase c18, high-carbon load, 5 µm/300 Ã… spherical silica, and an scx (strong cation exchange) 5 µm/85 Ã… material. each column supports a recommended maximum sample loading capacity of
- Column Type: Guard Column
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Description: concentrations ³0,5 µg/l. The working range is restricted by the ion‑exchange capacity of the separator column. Dilution of the sample to the bromate working range can be necessary.
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Supplier: CSA Group
Description: concentrations ³0,5 µg/l. The working range is restricted by the ion‑exchange capacity of the separator column. Dilution of the sample to the bromate working range can be necessary.
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Supplier: ASTM International
Description: 1.1 This test method covers the determination of ortho-, pyro-, and meta-phosphates in sodium triphosphate. It depends on direct flow elutriation through a column of ion exchange resin. 1.2 This standard does not purport to address all of the safety concerns, if any, associated
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Supplier: SiliCycle Inc.
Description: 10 SiliaPrep (3 mL/200 mg) silica-based cartridges of each phase: SCX, SCX-2, WCX & 10 SiliaPrepX (3 mL/60 mg) polymeric cartridges of each phase: SCX, WCX Support Backbone Silica Gels, Polymeric Resins Array Carboxylic Acid (WCX), Propylsulfonic Acid (SCX-2), Tosic Acid (SCX) Family / Formats
- Sorbent Mass: 0.06 to 0.2 g
- Sample Volume: 3 cc
- Configuration: Cartridge / Column
- Extraction Mechanism: Ion-Exchange (Cation, Anion, Covalent)
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Supplier: SiliCycle Inc.
Description: 10 SiliaPrep (3 mL/200 mg) silica-based cartridges of each phase: SAX, SAX-2, WAX & 10 SiliaPrepX (3 mL/60 mg) polymeric cartridges of each phase: SAX, WAX Support Backbone Silica Gels, Polymeric Resins Array Amine (WAX), TMA Acetate (SAX-2), TMA Chloride (SAX) Family / Formats SiliaPrep™ (SPE
- Sorbent Mass: 0.06 to 0.2 g
- Sample Volume: 3 cc
- Configuration: Cartridge / Column
- Extraction Mechanism: Ion-Exchange (Cation, Anion, Covalent)
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Supplier: Hamilton Company
Description: The PRP-X800 is a polymeric cation exchange column functionalized with itaconic acid that performs the isocratic separation of mono and divalent cations such as lithium, sodium, ammonium, potassium, magnesium and calcium. The column offers excellent durability, is stable to any
- Packing Material Diameter: 7 µm
- Pore Diameter: 0.01 µm
- Column Length: 0.8 cm
- Internal Diameter: 3 mm
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Supplier: Hamilton Company
Description: The PRP-X800 is a polymeric cation exchange column functionalized with itaconic acid that performs the isocratic separation of mono and divalent cations such as lithium, sodium, ammonium, potassium, magnesium and calcium. The column offers excellent durability, is stable to any
- Packing Material Diameter: 7 µm
- Pore Diameter: 0.01 µm
- Column Length: 0.8 cm
- Internal Diameter: 3 mm
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Supplier: Hamilton Company
Description: concentrations of organic modifiers as well as strong acids and bases. The rigid spherical polymer phase allows operation up to 5,000 psi. The PRP-X200 columns are designed for use in all of today’s ion chromatographic equipment. Since exchange capacity is low, background signal
- Packing Material Diameter: 10 µm
- Pore Diameter: 0.01 µm
- Column Length: 0.8 cm
- Internal Diameter: 3 mm
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Supplier: Hamilton Company
Description: concentrations of organic modifiers as well as strong acids and bases. The rigid spherical polymer phase allows operation up to 5,000 psi. The PRP-X200 columns are designed for use in all of today’s ion chromatographic equipment. Since exchange capacity is low, background signal
- Packing Material Diameter: 10 µm
- Pore Diameter: 0.01 µm
- Column Length: 0.8 cm
- Internal Diameter: 3 mm
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Supplier: Cole-Parmer
Description: • Ideal for adsorption, gel, permeation, and ion exchange techniques LabGlass Chromatography Columns with attached reservoirs are perfect for flash chromatography applications. Columns include a PTFE plug to control flowrate. Standard joint size is TS 24/40. Also
- Construction Material: Glass
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Supplier: Cole-Parmer
Description: • Ideal for adsorption, gel, permeation, and ion exchange techniques LabGlass Standard Chromatography Glass Columns are made of borosilicate glass and are available with or without TS joints and fritted disks. The TS joints on top of columns permit the connection of a
- Construction Material: Glass
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Supplier: CSA Group
Description: sample (e.g. matrix elimination) allows a direct determination of perchlorate ≥ 1 µg/l. The working range is restricted by the ion-exchange capacity of the separator column. Dilution of the sample to the working range can be necessary.
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Supplier: Kontek Ecology Systems Inc.
Description: Tri-Chrome Plating Bath and Chromate Purification & Precious Metal Recovery Recover gold and other precious metals from alkaline or acid plating solutions, water rinses, or drag-out tanks. Kontek KC SERIES ion exchange systems also provide purification of trivalent chromium plating
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Supplier: Technic, Inc.
Description: A dual purpose ion exchange system. Designed to recover gold and other precious metals from dragout solutions. Suitable for smaller (5-30 gallon) tanks. Minimal installation required. Suitable for both acid and cyanide plating solutions. Comes complete with 20” high Lucite ion
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Supplier: Bonna-Agela Technologies Inc.
Description: as used in liquid chromatography columns, are practiced in different mechanisms including normal phase, reversed phase, ion-exchange, affinity chromatography and mixed-mode in the fields of agricultural and food, bio-analytical, environmental and forensic applications.
- Sorbent Mass: 0.01 to 0.1 g
- Sample Volume: 1 to 2 cc
- Configuration: Cartridge / Column
- Separation Mechanism: Syringe
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Featured Products Top
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Isotech’s telescopic lifting columns are designed for medical, radiological, ergonomical and industrial applications. The pillars are constructed with aluminum tubes and long life pads, combined with a very tight tolerance assembly – where others squeeze – we fit. The columns (read more)
Browse Lifting Columns Datasheets for Isotech, Inc. -
Isotech’s telescopic lifting columns are designed for medical, radiological, ergonomical and industrial applications. The pillars are constructed with aluminum tubes and long life pads, combined with a very tight tolerance assembly – where others squeeze – we fit. The columns (read more)
Browse Lifting Columns Datasheets for Isotech, Inc. -
Telescoping columns combine a linear actuator and housing to provide substantial lifting or push/pull force without the need for an external guidance system. The whole technology – motor, linear drive and electronics – is self-contained within a set of rectangular columns that (read more)
Browse Lifting Columns Datasheets for Isotech, Inc. -
The Hamilton PRP-C18 is a new HPLC column designed to provide high-efficiency, reversed-phase separations over an extended column life in nearly any mobile phase or pH. The rigid stationary phase has excellent mechanical and thermal stability (> 100°C), does not shrink or swell, and (read more)
Browse HPLC Columns Datasheets for Hamilton Company -
Isotech's Lift/Tilt Systems is for linear vertical movement of people, goods and material. The system can also be equipped with a tilt function on top. The lift system can be individually customised with different mounting frames. Lift and tilt can be supplied separately.
(read more)
Browse Lifting Columns Datasheets for Isotech, Inc. -
predictable and fast ROI. Among the many Jergens products used are Ball-Lock® mounting systems, QLS tooling columns, OK-Vise® low profile edge clamps, and Zero Point System (ZPS). To produce the solution, Jergens relies on its decades of experience in engineering and manufacturing quick (read more)
Browse Tooling Plates and Columns Datasheets for Jergens, Inc. -
Say goodbye to time-consuming set-ups and hello to increased productivity
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Browse Tooling Plates and Columns Datasheets for Jergens, Inc. -
This revolutionary technology allows you to fix, position and clamp in a single step, cutting set up times by up to 90%.
(read more)
Browse Tooling Plates and Columns Datasheets for Jergens, Inc. -
Our unique stack-up approach simplifies complex workholding, gripping tight for precision while providing quick change for reduced setup time. More machining per setup and faster changeover in between equals maximum machine uptime.
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Browse Tooling Plates and Columns Datasheets for Jergens, Inc. -
Jergens NEW Tooling Column Buying Guide! Discover the ultimate resource for selecting the perfect pre-engineered tooling column system tailored to your needs. From bases to columns to (read more)
Browse Tooling Plates and Columns Datasheets for Jergens, Inc.
Conduct Research Top
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ACID SEPARATION FOR IMPURITY CONTROL AND ACID RECYCLE USING SHORT BED ION EXCHANGE
Acid separation using short bed ion exchange is a now well established technology in copper. refinery tankhouses. Refinery bleed streams from liberator cells are treated by short bed systems. to produce an acid-free byproduct stream that contains the bleed metals and valuable nickel salts. Removing
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Prions Come Under Closer Scrutiny
In plasma manufacturing, Martin says, charge-depth and viral filtration can be used to remove prions, as can membrane chromatography. However, viral filtration can only remove prions that have aggregated. Ion-exchange column chromatography can be used to remove individual prions, but the columns
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Therapeutic Dose: Chromatography Dreams
This quick, one-time registration gives you access to members-only site benefits. By Paul Thomas, Managing Editor There was a healthy buzz at last month s Pittcon show in Orlando over a chromatography column called Primesep, a sleek little unit combining reverse phase and ion-exchange separation
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Transgenics: A Glimpse into Bioprocessing s Future
been known to infect humans. Developers are content to get product in a form that can be fed directly into capture or ion exchange chromatography columns. How that state is achieved depends on the raw form of the product. Much as in the food industry, eggs are separated, milk is concentrated
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What to Expect at Interphex 2007
use/disposables solutions such as tubing with molded Ys, Ts, mini and standard Tri-Clamps, stoppers, and sealers. ( Novasep Process manufactures process chromatography, ion exchange and cross-flow membrane filtration systems (including microfiltration, ultrafiltration, nanofiltration and reverse
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Bases, Assumptions and Results of the Flowsheet Calculations for the Short List Salt Disposition Alternatives
The physical components of the Phase I11 models, such as tanks and ion exchange columns , were defined to a greater level of detail.
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3-Dimensional Flow Modeling of a Proposed Hanford Waste Treatment Plant Ion-Exchange Column Design
Sizing of Beds of Ion Exchange Contained within the Cesium Ion Exchange Columns ,” RPP-WTP CCN 023155, October 1.
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MODELING OF ION-EXCHANGE FOR CESIUM REMOVAL FROM DISSOLVED SALTCAKE IN SRS TANKS 1-3, 37 AND 41
ION EXCHANGE COLUMNS .....................................................................................................................8 2.2 .
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PROJECT W-551 INTERIM PRETREATMENT SYSTEM PRECONCEPTUAL CANDIDATE TECHNOLOGY DESCRIPTIONS
The secondary waste streams are summarized as follows: • Ion Exchange - Resin in the ion exchange columns slowly degrades with reuse and must be replaced when cesium removal becomes inefficient.
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Preliminary flowsheet: Ion exchange process for the separation of cesium from Hanford tank waste using Duolite{trademark} CS-100 resin
Number o f Ion Exchange Columns i n System . . . . .
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Small Column Ion Exchange Analysis for Removal of Cesium from SRS Low Curie Salt Solutions Using Crystalline Silicotitanate (CST) Resin
CST ION EXCHANGE COLUMN DESIGNS .............................................................................................6 TABLE 2.
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Ion Exchange Technology I
A combination of cation- and anion-exchange groups can be used to obtain a bipolar form of the resins that can replace mixed bed in ion exchange column .
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Ion Exchange Technology II
2007) Manganese and zinc operational fractionation in beer by means of tandem ion exchange column assemblage and flame atomic absorption spectrometry.
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Technical note: Efficiency of total demineralization and ion‐exchange column for DNA extraction from bone
Incomplete demineralization Ion exchange column .
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MODELING CST ION EXCHANGE FOR CESIUM REMOVAL FROM SCIX BATCHES 1 - 4
Ion Exchange Column Modeling Crystalline Silicotitanate Cesium Removal VERSE-LC Code .