Anion Exchange HPLC Columns
|
|
- Moris Norman
- 5 years ago
- Views:
Transcription
1 Anion Exchange PRP-X00 Polymeric anion exchange packings for separation of inorganic and organic anions. Easily separate the eight common anions (fluoride through sulfate). Good separation of fluoride from the water dip. Use with organic solvent from 0 to 00 % for elution of hydrophobic anions or column cleaning. ph stable from to. Use conductivity or UV detection. Three particle sizes:, 0 and -0 µm. Eight column internal diameters:.0 to 0.8 mm. Two column materials: 6 stainless steel and PEEK. Analytical and semiprep/preparative guard columns. Common Anions Anions by Indirect UV Detection EDTA PRP-X00,. x 0 mm, µm (P/N 7980). Fluoride. Chloride. Nitrite. Bromide. Nitrate PRP-X00,. x 0 mm, 0 µm (P/N 79). Fluoride 0 ppm. Carbonate 0 ppm. Chloride 0 ppm. Nitrite 0 ppm. Bromide 0 ppm 6. Nitrate 0 ppm 7. Phosphate 0 ppm 8. Sulfate 0 ppm PRP-X00,.6 x 0 mm, 0 µm (P/N 79). Copper EDTA 0 ppm Conditions: mm p-hydroxybenzoic Acid ph 8. w/.% Methanol ml/min. 00 µl, Conductivity Conditions: mm p-hydroxybenzoic Acid ph 8.9 with. % Methanol. Isocratic. Ambient. ml/min. 00 µl, Indirect UV 0 nm. 0 6 Conditions: mm Sulfuric Acid. Isocratic. Ambient. ml/min. 00 ul, UV nm.
2 PRP-X00 Anion Exchange Organic Acids Germall Bromate and Other Anions PRP-X00,. x 0 mm, 0 µm (P/N 79). Formic Acid 0 µg. Fluoroacetic Acid 0 µg. Isopropylmethyl Phosphonic Acid 0 µg. Chloroacetic Acid 0 µg PRP-X00,.6 x 0 mm, 0 µm (P/N 79),. Germall mg/ml PRP-X00,. x 0 mm, 0 µn (P/N 79). Fluoride 0 ppm. Chloride 0 ppm. Bromate 0 ppm. Bromide 0 ppm. Nitrate 0 ppm 0 0 Conditions: 0.M Sodium Hydroxide in :9 Acetonitrile : Deionized Water. Isocratic. Ambient. ml/min. 0 µl, Conductivity. 0 0 Conditions: 7: 0mM Sodium Hydroxide : Methanol. Isocratic. Ambient. ml/min. 0 µl, UV 0 nm Conditions:.7mM Sodium Bicarbonate,.8mM Sodium Carbonate, 0.mM Sodium Thiocyanate. Isocratic. Ambient. ml/min. 0 µl, Suppressed Conductivity. Sulfite and Sulfate Phosphate and Phosphite Chlorite and Chlorate PRP-X00,.6 x 0 mm, 0 µm (P/N 79). Sulfite.7 mg/ml. Sulfate 0. mg/ml PRP-X00,. x 0 mm, 0 µm (P/N 79). Fluoride 0 ppm. Phosphate 0 ppm. Phosphite 0 ppm. Chloride 0 ppm PRP-X00,. x 0 mm, 0 µm (P/N 79) Fluoride. Chlorite. Chloride. Nitrite. Phosphate 6. Bromide 7. Nitrate 8. Chlorate 0 6 Conditions: 80:0 8mM p-hydroxybenzoic Acid ph 0.0 : Methanol. Isocratic. Ambient. ml/min. 0 µl, Conductivity Conditions: 0mM Succinic Acid ph.9. Isocratic. Ambient. ml/min. 00 µl Conductivity Conditions:.0mM -Amino--Hydroxybenzoic Acid ph.8. Isocratic. Ambient. ml/min.00 µl, Indirect UV 0 nm. I.D. x Length µm 0 µm.0 x 0 mm x 00 mm x 0 mm x 0 mm x 0 mm x 0 mm 79. x 0 mm* x 0 mm x 0 mm 796. x 00 mm x 0 mm 79 I.D. x Length µm 0 µm -0 µm. x 0 mm x 0 mm* x 0 mm* x 0 mm x 0 mm x 0 mm 79. x 00 mm 79. x 0 mm 79. x 0 mm x 0 mm 79 PEEK hardware Analytical Guard Columns For Steel Columns** For PEEK Columns*** Semiprep/Preparative Guard Column For Steel Columns**** Starter Kits Starter Kit 79 ( holder, cartridges) ( holder, cartridge) Replacement Cartridges (/pk) Replacement Cartridges (/pk) 796 ** Analytical guard column for steel columns is. x 0 mm *** Analytical guard column for PEEK columns is.0 x 8.0 mm **** Semiprep/preparative guard column for steel columns is.6 x 0 mm
3 PRP-X0 Anion Exchange Polymeric anion exchange packings for separation of inorganic and organic anions from 0 ppb to 0 ppm. Good separation of fluoride from the water dip. Compatible with conductivity or UV detectors. Use with organic solvent up to 00% ph stable from to. Anions Four column internal diameters:.0 to.6 mm. Polarizable Anions Two column materials: 6 stainless steel and PEEK. Analytical guard columns. Glucaric Acid PRP-X0,. x 0 mm, 7 µm (P/N 797) 6 7. Fluoride ppm. Chloride ppm. Nitrite ppm. Bromide ppm. Nitrate ppm 6. Phosphate ppm 7. Sulfate ppm PRP-X0S,. x 0 mm, 7 µm (P/N 797) 6. Fluoride ppm. Chloride ppm. Iodide 0 ppm. Sulfate 0 ppm. Thiosulfate 0 ppm 6. Perchlorate 0 ppm PRP-X0,. x 0 mm, 7 µm (P/N 797). Glucaric Acid 000 ppm 0 8 Conditions:.0mM p-hydroxybenzoic Acid ph 9.. Isocratic. Ambient. ml/min. 00 µl, Non-Suppressed Conductivity. 0 7 Conditions: mm Sodium Hydroxide with mm Phenol, 0.0mM Sodium Thiocyanate. Ambient.. ml/min. 0 µl, Suppressed Conductivity. 0 6 Conditions: :7 Acetonitrile : 0mM Potassium Phosphate, ph 6.. Isocratic. Ambient.. ml/min. 0 µl, UV 0 nm. PRP-X0 PRP-X0S 7 µm.0 x 0 mm x 00 mm x 0 mm x 0 mm x 00 mm* x 0 mm* x 0 mm* x 00 mm x 0 mm x 0 mm PRP-X0 PRP-X0S 7 µm.6 x 00 mm* x 0 mm* x 0 mm* * PEEK hardware Analytical Guard Columns For Steel Columns* For PEEK Columns** Starter Kits ( holder, cartridges) Replacement Cartridges (/pk) * Analytical guard column for steel columns is. x 0 mm ** Analytical guard column for PEEK columns is.0 x 8.0 mm
4 PRP-X00 Anion Exchange Polymeric strong-base anion exchange packing with limited porosity for separation of proteins. Fast separation of large proteins. ph stable from to. Three column internal diameters:. to 0.0 mm. Two column materials: 6 stainless steel and PEEK. Higher sample capacity than nonporous supports. DMT-on Antisense Phosphorothioate 8mer PRP-X00,.6 x 0 mm, 7 µm (P/N 797). DMT-on Phosphorothioate 8mer Proteins PRP-X00,.6 x 0 mm, 7 µm (P/N 797). Myoglobin 7 µg. Conalbumin 7 µg. Dog Albumin 77 µg Conditions: A) 8: 00mM TRIS ph 8.0 : Acetonitrile; B) 8: 00mM TRIS ph.0,.m Lithium Chloride : Acetonitrile. Linear Gradient 0-00% B in 0 min. ml/min. 00 µl of a mg/ml solution, UV 60nm. 0. Conditions: A) 0mM Tris ph 9.0; B) 0mM Tris ph 9.0, 0.N Sodium Chloride. Linear Gradient 0-0% B in. min. Hold for. min. Ambient. ml/min. 0 µl, UV nm.. x 0 mm* x 0 mm 79.6 x 0 mm* x 0 mm* x 00 mm 798 Analytical Guard Column For PEEK Columns* Starter Kit ( holder, cartridges) 799 Replacement Cartridges (/pk) 790 * Analytical guard column for PEEK columns is.0 x 8.0 mm * PEEK hardware 6
5 PRP-X600 Anion Exchange Polymeric weak-base anion exchange packing for gradient separation of proteins and DNA oligomers. Limited porosity allows separation of large DNA fragments. ph stable from to. Column material: PEEK. Guard column in PEEK. Higher sample capacity than nonporous supports. Separation of DNA Fragments DMT-on Phosphorothioate 8mer Proteins PRP-X600,.6 x 0 mm, 7 µm (P/N 7960) PRP-X600,.6 x 0 mm, 7 µm (P/N 7960). DMT-on Phosphorothioate 8mer PRP-X600,.6 x 0 mm, 7 µm (P/N 7960). Myoglobin mg/ml. Concalbumin mg/ml. Ovalbumin mg/ml. Bovine Serum Albumin mg/ml Conditions: A) 0mM TRIS, mm EDTA ph 9.0; B) N NaCl in A, Linear Gradient % B in min. 67.%-7% B (- min.). Ambient. ml/min. µl, UV 60 nm Conditions: A) 8: 00mM TRIS ph 8.0 : Acetonitrile; B) 8: 00mM TRIS ph.0,.m Lithium Chloride : Acetonitrile. Linear Gradient 0-00% B in 0 min. ml/min. UV 60 nm. 0 7 Conditions: A) 0mM TRIS ph 9.0; B) 0mM TRIS, ph 9.0,.0M Sodium Chloride. Linear Gradient 0 to %B in 0 min. Hold min. ml/min. UV 0nm. 7.6 x 0 mm* x 00 mm* x 0 mm* x 0 mm* 7989 * PEEK hardware Analytical Guard Column For PEEK Columns* Starter Kit ( holder, cartridges) 796 Replacement Cartridges (/pk) 796 * Analytical guard column for PEEK columns is.0 x 8.0 mm Visit the HAMILTON Application Compound Index at or chromatography@hamiltoncompany.com for a complete list of compounds that have been separated.
6 RCX-0 Anion Exchange Polymeric anion exchange packing for isocratic or gradient separation of carbohydrates. ph stable from to. Isocratic separation of mono and disaccharides. Gradient separation of oligomers up to DP8. Compatible with PAD, conductivity and RI detectors. Three column internal diameters:. to.6 mm. Two column materials: 6 stainless steel and PEEK. Guard columns in stainless steel and PEEK. Glycols in Water Acetyl Glucosamine Artichoke Tubers RCX-0,. x 0 mm, 7 µm (P/N 790). Ethylene Glycol 00 ppb. Propylene Glycol 00 ppb 0 8 Conditions: 0mN Sodium Hydroxide. Isocratic. Ambient. ml/min. 0 µl, Pulsed Amperometric, Dual Gold Electrode. E=60 mv T=66 msec E=900 mv T=66 msec E=-800 mv T=00 msec RCX-0,. x 0 mm, 7 µm (P/N 790). Galactosamine 00 ppm. Glucosamine 00 ppm. Acetyl-Glucosamine 00 ppm 0 7 Conditions: 0mN Sodium Hydroxide (purged with Helium during the run) Isocratic. Ambient. ml/min. 0 µl, Refractive Index. RCX-0,. x 0 mm, 7 µm (P/N 790). DP. DP. DP0. DP 0 0 Conditions: A) 60mM Sodium Hydroxide; B) 60mM Sodium Hydroxide with 00mM Sodium Acetate. Gradient: 0-00%B in 0 min. ml/min. 0 µl, Pulsed Amperometric, Dual Gold Electrode E=00 mv T= msec E=800 mv T=66 msec E=-600 mv T=99 msec. x 0 mm x 0 mm x 0 mm* 7988 Analytical Guard Columns For Steel Columns* For PEEK Columns** Starter Kits ( holder, cartridges) Replacement Cartridges (/pk) * Analytical guard column for steel columns is. x 0 mm ** Analytical guard column for PEEK columns is.0 x 8.0 mm 8
7 RCX-0 Anion Exchange Polymeric anion exchange packing for isocratic or gradient separation of complex carbohydrates. ph stable from to. Isocratic or gradient modes. Higher ion exchange capacity support for separation of closely related carbohydrates. Compatible with PAD and RI detectors. Three column internal diameters:.,. and.6 mm. Two column materials: Stainless steel and PEEK. Guard column in PEEK. Glycoprotein Monosaccharides Corn Syrup Artichoke Tubers RCX-0,.6 x 0 mm, 7µm (P/N 7970). Fucose. Galactosamine. Glucosamine. Galactose 6. Glucose 6. Mannose RCX-0,.6 x 0 mm (P/N 7970) Glucose. Fructose. Maltose. Maltotriose. Maltotetraose 6. Maltopentaose 7. Maltohexaose 8. Maltoheptaose 9. Maltooctaose RCX-0,.6 x 0 mm (P/N 7970). Glucose. Fructose. Sucrose. DP. DP0 6. DP Conditions: 6mN Sodium Hydroxide. Isocratic. Ambient. ml/min. µl, Pulsed Amperometric µafs Dual Gold Electrode E=600 mv T=66 msec E=600 mv T=66 msec E=-800 mv T=9 msec Conditions: A) 60mM Sodium Hydroxide; B) 00mM Sodium Acetate in A. Linear Gradient 00% A for min., then 0-00% B (- min.) Ambient. ml/min. 0 µl. Pulsed Amperometric Dual Gold Electrode. E=0 mv T=66 msec E=900 mv T=66 msec E=-80 mv T=00 msec Conditions: A) 60mM Sodium Hydroxide; B) 00mM Sodium Acetate in A. Linear Gradient: 0-0% B in 0 min., then 0-00% B (0-0 min.). Ambient. ml/min. 0 µl, Pulsed Amperometric Dual Gold Electrode. E=0 mv T=66 msec E=900 mv T=66 msec E=-800 mv T=00 msec 9 Analytical Guard Column For PEEK Columns*. x 0 mm 7970 Starter Kit ( holder, cartridges) 797. x 0 mm 7980 Replacement Cartridges (/pk) x 0 mm* 7970 * Analytical guard column for PEEK columns is.0 x 8.0 mm.6 x 0 mm* * PEEK hardware Visit the HAMILTON Application Compound Index at or chromatography@hamiltoncompany.com for a complete list of compounds that have been separated.
Cation Exchange HPLC Columns
Cation Exchange PRP-X00 Polymeric cation exchange packing for separation of inorganic cations and organic cations. Easily separate mono or divalent cations. ph stable from to. Use with organic solvent
More informationHPLC COLUMNS. HPLC Columns & Bulk Resins THE MEASURE OF EXCELLENCE TM
HPLC COLUMNS & Bulk Resins THE MEASURE OF EXCELLENCE TM The Measure of Excellence Hamilton For nearly 0 years, Hamilton Company has been satisfying customer needs in the field of precision fluid measuring.
More informationHPLC. Columns and Resins. For a Complete Range of Applications
HPLC Columns and Resins For a Complete Range of Applications 0 HPLC COLUMNS AND RESINS HAMILTON Polymeric and Silica-Based Packings for a Complete Range of HPLC Separations To order products from this
More informationCation Exchange HPLC Columns
Cation Exchange HPLC Columns Hamilton offers seven polymeric packing materials for cation exchange separations. Type Recommended Application(s) PRP-X00 PRP-X00 PRP-X800 HC-0 HC-7 Ca + HC-7 H + HC-7 Pb
More informationgroups I and II cations, amines, divalent transition metals
IC Columns Introduction Alltech IC Column Specifications Column Composition ph Range Applications Anion Exchange Columns Allsep polymer-based anion ph 0 inorganic anions, weak and strong acid ions, exchanger,
More informationIC Columns Introduction
IC Columns Introduction Alltech IC Column Specifications Column Composition ph Range Applications Anion Exchange Columns Allsep polymer-based anion ph 0 inorganic anions, weak and strong acid ions, exchanger,
More informationDionex IonPac AS28-Fast-4µm column
CHROMATOGRAPHY Thermo Scientific Dionex IonPac AS-Fast-4µm Columns Product Specifications The Thermo Scientific Dionex IonPac AS-Fast-4µm column is a high-capacity, hydroxide-selective anionexchange column
More informationcolumns IonPac AS17-C Anion Exchange Column
columns IonPac AS-C Anion Exchange Column The IonPac AS-C is a hydroxide-selective anion exchange column designed for fast gradient separation of inorganic anions. The key application for the AS-C column
More informationHPLC Columns and Accessories. Solutions for liquid chromatography
HPLC Columns and Accessories Solutions for liquid chromatography Innovation and excellence in chromatography Hamilton Company has been developing and manufacturing pressure-stable polymeric high performance
More informationHPLC Columns and Accessories. Solutions for liquid chromatography
HPLC Columns and Accessories Solutions for liquid chromatography Innovation and excellence in chromatography Hamilton Company has been developing and manufacturing pressure-stable polymeric high performance
More informationcolumns IonPac AS18 Anion-Exchange Columns
columns IonPac AS Anion-Exchange Columns The IonPac AS is a hydroxideselective anion-exchange column designed for the determination of inorganic anions and low-molecularweight organic acids including fluoride,
More informationcolumns I o n P a c AS11 and AS11-H C Anion-E x c h a n g e C o l u m n s
columns I o n P a c AS and AS-H C Anion-E x c h a n g e C o l u m n s The IonPac AS anion-exchange column provides fast profiling of inorganic anions and organic acid anions using sodium hydroxide or potassium
More informationThermo Scientific Dionex IonPac AS23 Anion-Exchange Column
Chromatography Thermo Scientific Dionex IonPac AS Anion-Exchange Column Product Specifications The Thermo Scientific Dionex IonPac AS high-capacity, carbonate based anion-exchange column is designed for
More informationThermo Scientific Dionex IonPac AS25 Anion-Exchange Column. Minutes
columns Thermo Scientific Dionex IonPac AS Anion-Exchange Column Isocratic Separation of Sulfur Species and Inorganic Anions Using the Dionex IonPac AS Column. Fluoride. Bromate. Chloride. Nitrite. Bromide.
More informationThermo Scientific. Anion-Exchange Column
CHROMATOGRAPHY Thermo Scientific Dionex IonPac AS9-µm Anion-Exchange Column Product Specifications The Themo Scientific Dionex IonPac AS9-µm high-capacity, hydroxide-selective, anion-exchange column is
More informationcolumns IonPac AS22 Anion-Exchange Column
columns IonPac AS Anion-Exchange Column The IonPac AS is a carbonate based anion-exchange column designed for the determination of inorganic anions and low-molecular-weight organic acids including fluoride,
More informationThermo Scientific Dionex IonPac AS11-HC-4µm Anion-Exchange Column
Chromatography Thermo Scientific Anion-Exchange Column Product Specifications Attain the optimal resolution of organic acids and inorganic anions using the new Thermo Scientific Dionex IonPac AS11-HC-4µm
More informationIC Section. Starter Kits IC SPE Standards EZ-LUTE Buffers Other Accessories
IC Section IC Columns..............................304-316 Introduction..............................305-306 Allsep Anion Columns...................... 307 Novosep Anion Columns.................... 308
More informationIC5000 Ion Chromatography System
IC000 Ion Chromatography System Quaternary gradient pumping and on-line eluent preparation to improve separations in complex samples In-line sample filtration to 0.8 µm to eliminate manual filtrations
More informationMethod Development with ZirChrom's Ion Exchange Phases
For Peak Performance ZIRCHROM ION EXCHANGERS Phases for Sugars and Proteins Wide Range of Ion Exchange Selectivity No Shrinking or Swelling Use Any Organic Solvent Significantly Higher Efficiency than
More informationSuperior Chromatographic Performance Recommended anion-exchange column for separation of haloacetic acids prior to MS or MS/MS detection
columns IonPac AS Anion-Exchange Column The IonPac AS is a highcapacity, hydroxide-selective anion exchange column designed for separation of haloacetic acids (HAAs) and bromate in drinking water prior
More informationINSTALLATION INSTRUCTIONS and TROUBLESHOOTING GUIDE. for the OnGuard- CARTRIDGE
INSTALLATION INSTRUCTIONS and TROUBLESHOOTING GUIDE for the OnGuard- CARTRIDGE (OnGuard-RP, P/N 039595) (OnGuard-H, P/N 039596) (OnGuard-P, P/N 039597) (OnGuard-Ag, P/N 039637) (OnGuard-A, P/N 042102)
More informationanion-exchange column
columnsionpac ASA Anion-Exchange Column The IonPac ASA is a carbonateselective anion-exchange column designed for the fast separation of inorganic anions, including fluoride, chlorite, bromate, chloride,
More informationUsing a Reagent-Free ion chromatography system to monitor trace anion contamination in the extracts of electronic components
APPLICATION UPDATE 157 Using a Reagent-Free ion chromatography system to monitor trace anion contamination in the extracts of electronic components Authors Sumate Pengpumkiat, Weerapong Worawirunwong,
More informationRapid Post-Blast Inorganic Explosive Analysis by Suppressed Ion Chromatography
Rapid Post-Blast Inorganic Explosive Analysis by Suppressed Ion Chromatography L. Canella, C. Austin, A. Beavis, P. Maynard, M. Dawson, C Roux, and P. Doble Centre for Forensic Science, University of Technology,
More informationsuppressors Eluent Suppressors for Ion Chromatography
suppressors Eluent Suppressors for Ion Chromatography The Suppressor Advantage Dionex introduced suppression in 97, thereby bringing ion chromatography (IC) to the forefront of modern analytical techniques
More informationThermo Scientific Dionex IonPac AS11 and AS11-HC Anion-Exchange Column
chromatography Separate a wide variety of inorganic anions and organic acids using the Dionex IonPac AS and AS-HC Anion-Exchange Columns with potassium hydroxide gradients. Product Specifications Thermo
More informationThermo Scientific. Anion-Exchange Column. Determination of Inorganic Anions in Diverse Sample Matrices. Superior Chromatographic Performance
CHROMATOGRAPHY Thermo Scientific Dionex IonPac AS Anion-Exchange Column Product Specifications The Thermo Scientific Dionex IonPac AS anion-exchange column is designed for the fast analysis of inorganic
More informationFast Analysis of Small MW Analytes in a Beverage and Serum Samples on a Zirconiabased Strong Anion-Exchanger
Fast Analysis of Small MW Analytes in a Beverage and Serum Samples on a Zirconiabased Strong Anion-Exchanger Pittcon 2005 BINGWEN YAN 1, CLAYTON V. MCNEFF 1, 1 ZirChrom Separations, Inc., 617 Pierce Street,
More informationThermo Scientific Dionex eluent suppressors for ion chromatography
PRODUCT SPECIFICATIONS Thermo Scientific Dionex eluent suppressors for ion chromatography Suppression was introduced in 97, thereby bringing ion chromatography (IC) to the forefront of modern analytical
More informationH P L C C O L U M N S
H P L C C O L U M N S New, HxSil TM C8 and C8 HPLC Columns A Word about HPLC Columns For over 0 years Hamilton HPLC columns have been solving problems no other columns could. Now we have introduced HxSil
More informationsuppressors SRS -ULTRA Self-Regenerating Suppressor
suppressors SRS -ULTRA Self-Regenerating Suppressor The Self- Regenerating Suppressor utilizes AutoSuppression technology to enhance analyte conductivity while suppressing eluent conductivity. This results
More informationDetermination of trace anions in concentrated hydrofluoric acid
APPLICATION NOTE 78 Determination of trace anions in concentrated hydrofluoric acid Authors Archava Siriraks Thermo Fisher Scientific, Sunnyvale, CA Keywords HF, ICS-5000 +, IonPac AS10, IonPac AC10, ion
More informationChapter 6 Inorganic and Organic Compounds: Names and Formulas
Chapter 6 Inorganic and Organic Compounds: Names and Formulas 6.1 Octet Rule and Ions 1 Octet Rule An octet is 8 valence electrons is associated with the stability of the noble gases does not occur with
More informationFor new orders of the following parts discussed in this manual, please use the updated part numbers listed below.
Errata Product Manual for Dionex IonPac AS and AG Columns 03479-2 For new orders of the following parts discussed in this manual, please use the updated part numbers listed below. Part Old Part Number
More informationProPac WCX-10 Columns
ProPac WCX-10 Columns Guidance for column use Tips to maximize column lifetime ProPac WCX-10 Column Tips and Tricks This guide provides essential information and invaluable guidelines for mobile phases,
More informationAcclaim Mixed-Mode WCX-1
Acclaim Mixed-Mode WCX-1 Product Manual for the Acclaim Mixed-Mode WCX-1 Column Page 1 of 28 PRODUCT MANUAL for the Acclaim Mixed-Mode WCX-1 Columns 4.6 x 150 mm, P/N (068353) 4.6 x 250 mm, P/N (068352)
More informationZirconia: the Ideal Substrate for Ion-Exchange LC and LC-MS
Zirconia: the Ideal Substrate for Ion-Exchange LC and LC-MS EAS 2005 Bingwen Yan 1, Clayton V. McNeff 1, Richard A. Henry 2, and David S. Bell 2 1 ZirChrom Separations, Inc., 617 Pierce Street, Anoka,
More informationAnalysis of Metals, Halides, and Inorganic Ions Using Hydrophilic Interaction Chromatography
Application Note Inorganic Ions, Water Testing, Minerals, Metals, Basic Chemicals Analysis of Metals, Halides, and Inorganic Ions Using Hydrophilic Interaction Chromatography Authors Anne Mack, Adam Bivens
More informationPRODUCT MANUAL OMNIPAC PCX-500 GUARD COLUMN (PCX-500 GUARD, P/N ) OMNIPAC PCX-500 ANALYTICAL COLUMN (PCX-500 ANALYTICAL, P/N )
PRODUCT MANUAL OMNIPAC PCX-500 GUARD COLUMN (PCX-500 GUARD, P/N 042195) OMNIPAC PCX-500 ANALYTICAL COLUMN (PCX-500 ANALYTICAL, P/N 042191) QUICKSTART STEPS AND LINKS Click blue text below to get started.
More informationAcclaim Mixed-Mode WAX-1 Columns
User Manual Acclaim Mixed-Mode WAX- Columns 06565 Revision 03 October 05 Product Manual for the Acclaim Mixed-Mode WAX- Column Page of 3 Product Manual for Acclaim Mixed-Mode WAX- Columns 5µm, 0 x 50 mm,
More informationFlow Solution FS 3700 Automated Chemistry Analyzer
Method Abstract Total Cyanide by ISO 14403 Document #42600116 Flow Solution FS 3700 Automated Chemistry Analyzer Total Cyanide by In-Line Ultraviolet Digestion, Gas Diffusion, and Photometric Detection,
More informationNaming Ionic Compounds with Two Elements
Chapter 6 Lecture Chapter 6 Ionic and Molecular Compounds 6.3 Naming and Writing Ionic Compounds Fifth Edition Naming of Ionic Compounds In the name of an ionic compound, the positive ion (first ion) is
More informationfor IonPac AG11-HC IonPac AS11-HC
for IonPac AG-HC IonPac AS-HC IonPac AS-HC Manual Document No. 3333-7 Page of 45 PRODUCT MANUAL for the IONPAC AG-HC GUARD COLUMN (4 x 5 mm, P/N 59) ( x 5 mm, P/N 593) IONPAC AS-HC ANALYTICAL COLUMN (4
More informationIon Analysis of Hydraulic Fluids in Fracking Process
Ion Analysis of Hydraulic Fluids in Fracking Process Presented by Jay Gandhi *, PhD Metrohm USA NEMC-2013 1 NEMC-2013 2 What we will cover today Background Hydraulic Fracking Ion Analysis Applications
More informationIon Chromatography Validation for the Analysis of Anions in Gunshot Residue
Ion Chromatography Validation for the Analysis of Anions in Gunshot Residue Student Report Written for: Dr. Samide CH 424 November 22, 2010 Abstract The purpose of this study is to determine whether or
More informationChapter 4 Compounds and Their Bonds. Octet Rule. Metals Form Positive Ions. Ionic and Covalent Bonds. Formation of a Sodium Ion, Na +
Chapter 4 Compounds and Their Bonds Octet Rule 4.1 Octet Rule and Ions An octet Is 8 valence electrons. Is associated with the stability of the noble gases. Helium (He) is stable with 2 valence electrons
More informationSaccharides and Organic Acids
Saccharides and Organic Acids Contents Introduction... 2 Reducing Sugars... 2 HILIC The HILICpak and Ashipak Series... 3 Shodex HILIC Columns for Sugar Analysis... 7 Ligand Exchange Shodex SUGAR series...
More informationThermo Scientific. Acclaim Trinity P2. Column Product Manual. P/N: October Part of Thermo Fisher Scientific
Thermo Scientific Acclaim Trinity P2 Column Product Manual P/N: October 2013 Part of Thermo Fisher Scientific Product Manual for Acclaim Trinity P2 Columns Acclaim Trinity P2, 3µm, Analytical Column, 3.0
More informationNew On-Line High-Pressure Electrolytic Eluent Generators for Ion Chromatography
New On-Line High-Pressure Electrolytic Eluent Generators for Ion Chromatography Yan Liu, Zhongqing Lu, and Chris Pohl, Thermo Fisher Scientific, Sunnyvale, CA USA Overview Purpose: In this work, new high-pressure
More informationfor Acclaim Mixed-Mode WCX-1
for Acclaim Mixed-Mode WCX- Product Manual for the Acclaim Mixed-Mode WCX- Column Page of 8 Product Manual for Acclaim Mixed-Mode WCX- Columns Acclaim Mixed-Mode WCX-, 3µm, Analytical column, 3.0 x 50mm
More informationTCI Dual ~Mixed-Mode Mode column~
TCI Dual ~Mixed-Mode Mode column~ TCI Chromatography Department Mixed-Mode Column Target compound is basic Choose DS + Cation-Exchange Type Target compound is acidic Choose DS + Anion-Exchange Type o ion-pair
More informationData Pack. Ion Chromatography Methods. June 2009
Data Pack Ion Chromatography Methods June 2009 Table of Contents Introduction. 2 Ion Chromatography Methods List. 3 Inorganic Anions in Waters..7 Inorganic Anions in High Purity Waters..15 Inorganic Disinfection
More informationAnalysis - HPLC A.136. Primesep 5 µm columns B.136
Primesep 5 µm columns Primesep columns feature double functionality of the bonding i.e : alkyl chain with anionic or cationic group, chelating group. This feature creates unique selectivities when using
More informationSeparation of heat stable amine salts in methyldiethanolamine (MDEA) solutions using high-pressure IC
TECHNICAL NOTE 122 Separation of heat stable amine salts in methyldiethanolamine (MDEA) solutions using high-pressure IC Authors Terri Christison and Linda Lopez Thermo Fisher Scientific, Sunnyvale, CA,
More information» Composed of more than one type of atom chemically bonded.» A pure substance, meaning its properties are the same throughout the substance.
» Composed of more than one type of atom chemically bonded.» A pure substance, meaning its properties are the same throughout the substance.» Separated chemically not physically» No overall charge; they
More informationAlltech Ion Chromatography
Alltech Ion Chromatography See what's new in IC New! Novosep A-2 Anion Columns New! Amine & Organic Acid Standards New! Suppressors and Detection Systems Easily add IC capability to your HPLC Contact your
More informationThermo Scientific Dionex IonPac AS24A Anion-Exchange Column
CHROMATOGRAPHY Thermo Scientific Dionex IonPac AS4A Anion-Exchange Column Product Specifications Thermo Scientific Dionex IonPac AS4A anion-exchange column is designed for the separation of haloacetic
More informationNomenclature. A Systematic Approach to Naming Chemical Compounds
Nomenclature A Systematic Approach to Naming Chemical Compounds Nomenclature Ternary Ionic Compounds Binary and Ternary Acids Ternary Ionic Compounds >2 elements cation with an anion Metal cation with
More informationIon Chromatography. Anion Exchange. Chromatography Ion Exchange Theory. Dr. Shulamit Levin
Ion Exchange Chromatography Chromatographic Process BA Mobile phase Stationary Phase A Shula Levin Bioforum B Distribution: K = C s/c m B shulal@zahav.net.il http://shulalc.co.il/ A Elution through the
More informationMagnetic Flowmeter Material Selection Guide
Magnetic Flowmeter Material Selection Guide www.sparlinginstruments.com Introduction The purpose of this guide is to provide a general resource for the selection of materials for the magnetic flowmeter.
More informationThermo Scientific Dionex Ion Chromatography Solutions. Global water safety. bromate analysis in drinking water
Thermo Scientific Dionex Ion Chromatography Solutions Global water safety bromate analysis in drinking water Safe drinking water public health assurance As a vital limited resource required for survival,
More informationPolyatomic Ions. Why? Model 1 Types of Ions. Can a group of atoms have a charge?
Why? Polyatomic Ions Can a group of atoms have a charge? Do you know you eat a lot of -ates? Next time you look at a food label, read the ingredients and you will likely find a number of ingredients that
More informationNomenclature for ionic compounds
Name: Nomenclature for ionic compounds Nomenclature is a system of naming. This worksheet presents a widely used system of nomenclature for ionic compounds. There are two types of metal cations with different
More informationIon Chromatography. Introduction
Ion Chromatography Introduction Ion Chromatography (IC) was introduced in 1975 by Small, Stevens and Baumann as a new analytical method. Within a short period of time, ion chromatography developed from
More informationPrincipal Investigator: Department: Laboratory room #s: Updated/revised: Chemical Name Amount Physical state Location Hazard Class
Chemical Inventory Principal Investigator: Department: Laboratory room #s: Updated/revised: Chemical Name Amount Physical state Location Hazard Class 1 SUGGESTED SHELF STORAGE PATTERN - ORGANIC Organic
More informationChromatography Theory and Applications
Chromatography Theory and Applications Chromatography Theory Overview Separation Modes Anion Exchange Chromatography Cation Exchange Chromatography Ion Exclusion Chromatography Ligand Exchange Chromatography
More informationIons and Ionic Compounds
Ions and Ionic Compounds Elements combine in a specific ratio to form compounds. Compounds can be categorized as ionic or covalent depending on the type of bond present within the compound. Ionic compounds
More informationThe column program. The whole world of ion chromatography
The column program The whole world of ion chromatography 2 Metrohm the comprehensive solution 3 Metrohm has become a synonym for ion chromatography. For more than 30 years, Metrohm has been offering innovative
More informationThe column program. The whole world of ion chromatography
The column program The whole world of ion chromatography 2 Metrohm the comprehensive solution 3 Metrohm has become a synonym for ion chromatography. For more than 25 years, Metrohm has been offering innovative
More informationOvercoming Challenging Matrices in Ion Chromatography
Overcoming Challenging Matrices in Ion Chromatography Presented by: Kirk Chassaniol Gulf Coast Conference 2014 October 14, 2014 Thermo Fisher Scientific NA IC Tech Support 1 The world leader in serving
More informationLa Salle College High School AP Chemistry Summer Homework Assignment
La Salle College High School AP Chemistry Summer Homework Assignment DUE on first day of class! Email me with questions as a last resort: stottm@lschs.org Name: 1. Metric Conversions. Remember 1 cm = 1
More informationShodex TM ODP2 HP series columns
HPLC Columns Shodex TM ODP2 HP series columns Better retention of highly polar substances Technical notebook No. 6 Contents 1. Introduction 1-1. Specifications 1-2. Eluent Compatibility of ODP2 HP Series
More informationTHE CATION MUST ALWAYS BE WRITTEN FIRST
Name Honors Chemistry / / Binary Ionic Compounds An ionic compound is a compound that is formed between a metal and a non-metal. (Metalloids can also be used in ionic compounds, sometimes as cations and
More informationcolumns IonPac SCS 1 Silica Cation Separator
columns IonPac SCS Silica Cation Separator The SCS Silica Cation Separator is designed for use with nonsuppressed conductivity detection, or single-column ion chromatography (SCIC). This column is particularly
More informationChem 105X Fri. Sept. 17, True 2. False. Dihydrogen monoxide is toxic. Today
Chem 105X Fri. Sept. 17, 2010 Today Written homework problem #1 Handed back #2 Due Monday in class Next week s lab 0% 0% 1) Formulas and names 2) Mixed nomenclature 3) Calculations: moles-atoms-molecules,
More informationBig Idea: Matter & Atoms
Big Idea: Matter & Atoms Naming Ionic Compounds Naming Covalent Compounds Naming Acids Naming Hydrates The cation (positive ion) is written first Takes the same name as the element if only forms one charge
More informationDeterminations of Inorganic Anions and Organic Acids in Beverages Using Suppressed Conductivity and Charge Detection
Determinations of Inorganic Anions and Organic Acids in Beverages Using Suppressed Conductivity and Charge Detection Terri Christison, Linda Lopez Thermo Fisher Scientific, Sunnyvale, CA, USA Overview
More informationEfficient Separations Obtained by Using Smaller Particle Size Analytical Columns with a High-Pressure Ion Chromatography System
Efficient Separations Obtained by Using Smaller Particle Size Analytical Columns with a High-Pressure Ion Chromatography System arbara Shao, Frank Hoefler, Maria Rey, and Linda Lopez, Thermo Fisher Scientific,
More informationCHEM 1364 Test #1 (Form A) Spring 2010 (Buckley)
Name CHEM 1364 Test #1 (Form A) Spring 2010 (Buckley) If you get stuck on one item, just go to the next and come back later. Point possibilities are indicated in parentheses to the right of each problem
More informationU N I T T E S T P R A C T I C E
South Pasadena Honors Chemistry Name 6 Compounds Period Date U N I T T E S T P R A C T I C E Section 1: Multiple Choice. Select the best answer choice for each question. (1 point each) 1. Bonds between
More informationAnion and Cation analysis with Professional IC - automatic dilution and sample preparation with SPM
IC Application Work AW CH6-1048-012011 Anion and Cation analysis with Professional IC - automatic dilution and sample preparation with SPM Branch: Chemical industry; Water, wastewater, environmental protection,
More informationHICHROM. Chromatography Columns and Supplies. LC COLUMNS SeQuant ZIC-HILIC. Catalogue 9. Hichrom Limited
HICHROM Chromatography Columns and Supplies LC COLUMNS SeQuant ZIC-HILIC Catalogue 9 The Markham Centre, Station Road Theale, Reading, Berks, RG7 PE, UK Tel: + (0)8 90 660 Fax: + (0)8 9 8 Email: sales@hichrom.co.uk
More informationAluminum Ammonium Sulfate 12 H2O Reagent ACS CAS No: Aluminum Nitrate Nonahydrate, Reagent ACS CAS No:
Gojira Fine Chemicals, LLC A World of Life Science Products - Just A Dragon's Breath Away 5386 Majestic Parkway - Suite 7 - Bedford Heights, OH 44146 www.gojirafc.com sales@goji rafc.com Reagents ACS Products
More informationText: AP Chemistry Text (I will hand these out by the end of this school year and your school account will be charged directly).
AP Chemistry Summer Assignment 2017 Due to the significant amount of material covered in AP chemistry and the fact that this is the first exposure to chemistry for most of you, it is necessary for you
More informationCHEM 1105 S10 January 21, 2014
CHEM 1105 S10 January 21, 2014 Chapter 3: Compounds and Formulas Today: Types of compounds: Ionic vs. covalent Naming ionic compounds Naming binary covalent compounds (two elements only) Ionic Bonding
More informationWaters. Ion Chromatography
808q Waters Ion Chromatography Method Anion Analysis Using Hydroxide Eluent and Indirect Conductivity Detection and EPA Method B-1011 for Nitrite and Nitrate Using UV Detection 2000 Required Instrumentation:
More informationName Date Period Ionic Bonding Puzzle Activity
Name Date Period Ionic Bonding Puzzle Activity Introduction When metals and non-metals chemically react, the atoms will tend to form ions or charged atoms. Ions form because electrons are either gained
More informationTustin HS AP Chemistry SUMMER ASSIGNMENT
Tustin HS AP Chemistry SUMMER ASSIGNMENT Instructor: Email: Ms. Abbey Zinsser azinsser@tustin.k12.ca.us or azinsser@mytusd.org Textbook: Chemistry: The Central Science, Brown, LeMay, Bursten, 11 th edition
More informationChemistry 20 In Class Assignment
What is Dissociation? Chemistry 20 In Class Assignment How do you complete a dissociation equation? 1. Write the ionic formula for the desired compound 2. Write an arrow with water above it (representing
More informationSuppression in anion chromatography. More sensitive analysis of anions and organic acids
Suppression in anion chromatography More sensitive analysis of anions and organic acids What is suppression? 02 Suppression plays a key role in the analysis of anions and organic acids using ion-exchange
More informationIt s hot! ZIC -chilic
It s hot! ZIC -chilic Complementary selectivity for HPLC and LC-MS separation of polar hydrophilic compounds EMD Millipore Corp. is a subsidiary of Merck KGaA, Darmstadt, Germany ZIC -chilic Your benefits
More informationUnit 8: Ionic Compounds Notes and Practice
Name our Date What is bonding? Unit 8: Ionic Compounds Notes and Practice that hold atoms together to form compounds. Positive Ion Formation tend to valence e-. A charged ion is called a. Ex. Na o will
More informationInline sample preparation for the determination of anions in sodium hydroxide
APPLICATION UPDATE 72331 Inline sample preparation for the determination of anions in sodium hydroxide Authors Hua Yang and Jeff Rohrer Thermo Fisher Scientific, Sunnyvale, CA, USA Keywords Sample preparation,
More informationChapter 9. Chemical Names and Formulas
Chapter 9 Chemical Names and Formulas 9.1 - Naming Ions Monatomic ions: Single atom with a positive or negative charge resulting from the loss or gain of one or more valence electrons. - Cations: Groups
More informationSupramolecular chemical shift reagents inducing conformational transition: NMR analysis of carbohydrate homooligomer mixtures
Electronic Supplementary Material (ESI) for ChemComm. This journal is The Royal Society of Chemistry 2015 Supramolecular chemical shift reagents inducing conformational transition: NMR analysis of carbohydrate
More informationAgilent s New Weak Anion Exchange (WAX) Solid Phase Extraction Cartridges: SampliQ WAX
Agilent s New Weak Anion Exchange (WAX) Solid Phase Extraction Cartridges: SampliQ WAX Technical Note Agilent s SampliQ WAX provides Applications for strongly acidic, acidic and neutral compounds Excellent
More informationFormula of a Compound
Name Formula of a Compound 1. Useful only if it correctly represents the substance. 2. The composition is determined in chemical analysis. 3. The formula then is derived by atomic theory and chemical bonding
More informationAlltech Alltima HP Introduction
Alltech Introduction High-Stability, High-Purity, High-Performance, Low-Bleed Columns for Demanding Applications Better Peak Symmetry high-purity silica eliminates peak tailing problems Long Column Life
More information+ ---> name = + ---> name = + ---> name =
Nomenclature Guide (inorganic) Case 1 - Nonmetal + Nonmetal 1. First element retains its name. 2. Second element gets -ide ending. 3. Use Greek prefixes to identify the # of atoms Examples: (ignore the
More information