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- Kinesis Homepage for hplc consumables and spares including detector lamps, spe products and vials
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- Download the Kinesis Catalogue for a complete listing of hplc consumables and accessories including hplc detector lamps, spe products and vials
- Electron Multipliers for Mass Spectrometry
- 7956 HPLC Column Heater / Chiller
- 7971R and 7981R HPLC Column Heaters
- 7990 HPLC Column Heater
- 7995 HPLC Column Mini-Heater / Chiller
- Electronic Valve Actuator (EVA)
- SGE CTC Syringes From Kinesis
- GC Spares Quick Pick Guide - Agilent
- GC Spares Quick Pick Guide - Perkin Elmer
- GC Spares Quick Pick Guide - Varian
- GC Spares Quick Pick Guide - Thermo Electron
- GC Spares Quick Pick Guide - Shimadzu
- NEW Bubble Trap from Omnifit
- ETP Active Film Multipliers fo Magnetic Sector Mass Spectrometers
- ETP Active Film Multipliers for Time of Flight Mass Spectrometry (TOFMS)
- ETP Electron Multipliers for ICPMS
- ETP Active Film Multipliers for the Agilent 5973 MSD
- ETP Active Film Multiplier for HP/Agilent Technologies 5970 MSD
- ETP Active Film Multipliers for the HP/Agilent 5971 and 5972 MSDs
- ETP Fast Discrete Dynode TOF Detectors
- ETP Electron Multiplier Models 14520 and 14521
- ETP Electron Multipliers for Instrument Development and Research
- Kinesis Detector Lamps
- SGE MEPS Micro Extraction by Packed Sorbent
- Vaplock - Closed Systems For Solvent Containment
- Omnifit Bottle Caps, Reservoirs and Accessories
- Vaplock Vapor Trap Kit
- Omnifit Fittings Brochure
- Upchurch/IDEX 2009 Ultra High Performance Fittings (3.2 MB)
- Upchurch/IDEX 2009 High Pressure Fittings and Connectors (9.0 MB)
- Upchurch/IDEX 2009 Micro Flow (9.6 MB)
- Upchurch/IDEX 2009 Adapters (5.4 MB)
- Upchurch/IDEX 2009 Low Pressure Fittings and Connectors (6.0 MB)
- Upchurch/IDEX 2009 Tubing (4.0 MB)
- Upchurch/IDEX 2009 High Pressure Valves (9.2 MB)
- Upchurch/IDEX 2009 More Valves (4.3 MB)
- Upchurch/IDEX 2009 Column Accessories (2.8 MB)
- Upchurch/IDEX 2009 Flow Control Accessories (3.5 MB)
- Upchurch/IDEX 2009 Filters and Degassers (4.0 MB)
- Upchurch/IDEX 2009 Frits (1.6 MB)
- Upchurch/IDEX 2009 Laboratory Pumps (2.8 MB)
- HPLC Instrument Spares
- Knauer PLATINblue Ultra Fast HPLC/UHPLC
- Upchurch VHP Series (High Pressure UHPLC Fitting)
- KX-VaporSafe Solvent Safety Bottle Caps
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- Application notes, technical documentation for hplc and associated products.
- Analysis of C3-C5 Diols on BP20
- Analysis of 18 Alcohols on BP20
- Analysis of Phenols on BP20
- Analysis of Aliphatic Alcohols on BP1
- Analysis of USEPA 625 Phenols Mix on BPX5
- USEPA 625 Phenols Mix on BPX50
- Phenols Mix on SolGel-1ms
- Analysis of Aliphatic Alcohols on BPX35
- Analysis of a Phenols Mixture on BPX35
- Analysis of a Phenol MIxture on BPX5 with ms-NoVent
- Analysis of Branched Alcohols on SolGel-Wax with ms-NoVent
- Analysis of Branched Alcohols on Thick Film BPX35 with ms-NoVent
- Analysis of Branched Alcohols on BPX624
- Analysis of Bacterial Acid Methyl Esters on BPX70
- Analysis of Complex Cis Trans positional isomer mixtures on BPX70
- Analysis of PUFA-1 Marine Fame on BPX70
- Analysis of PUFA-2 Animal Fame on BPX70
- Analysis of PUFA-1 Marine Fame on BPX70
- Composition of Fatty Acids in Canola Oil on BPX70
- Analysis of Fatty Acid Methyl Esters on BPX70
- Analysis of complex C18:1 Cis Trans positional isomers on BPX70
- Analysis of Fatty Acid Methyl Ester Mixture on BPX70
- Analysis of Sugar Alditol Acetates on BPX70
- A Range of Fame Isomers on BPX70
- Analysis of Rapeseed Oil FAME on BPX70
- Analysis of FAME mixture on BPX70
- Analysis of Fatty Acid Methyl Esters on HT5
- Analysis of C18:1 cis trans FAME on BPX70
- Analysis of Menhaden Oil FAME on BPX70
- Analysis of PUFA-1 FAME on BPX70
- Analysis of PUFA-2 FAME on BPX70
- Fatty Acid Methyl Ester Analysis (FAME) - Salmon fish oil BPX70
- FAME Standards on SolGel Wax
- FAME Reference Standards on SolGel Wax
- C13-C23 FAME Standards on SolGel Wax
- Analysis of Rapeseed Oil on SolGel Wax
- FAME Standards on BPX70
- FAME Reference Standard on BPX70
- C13-C23 FAME Reference Standard on BPX70
- Analysis of a 24 Component FAME Mixture on BPX70
- Analysis of Gasoline Range Hydrocarbons on BP1-Pona
- Analysis of Microcrystalline Wax on BPX5
- Analysis of Furnace Oil in Pentane on BP5
- MTBE Analysis on OV1701-MTBE
- Analysis of Para-xylene on BP-Xylene
- Analysis of Polywax and Refinery Lubrication Oil on HT5
- Analysis of Leaded Petrol on BPX5
- Analysis of Polywax 1000 on HT5
- Analysis of Meta-Xylene Impurities on BP-Xylene
- Analysis of Ortho-Xylene Impurities on BP-Xylene
- Analysis of Crude oil and Wax mix on HT5
- ASTM Reference Oil HT-2887
- Analysis of ASTM-2887 Hydrocarbon Standards on HT-2887
- Analysis of ASTM-3710 Hydrocarbon Standards on Thick Film BP1
- Analysis of Polywax 500 and N-Paraffins HT5
- Analysis of Polywax 655 on a 6m, 0.53mmID HT5
- Gasoline Sample on Thick Film BPX5
- Analysis of Polywax 655 on Megabore 0.53mm ID BPX1
- Reference Gas Oil MT-60 on a Megabore 0.53mm ID BPX1
- CS2 Blank SimDis 5m 0.53 mm ID BPX1 Column
- Hydrocarbon Standard on a Thick Film BPX5 Column
- Unleaded Gasoline on BPX5
- Refinery Lubrication Oil on a 0.5mm ID HT5 Column
- Standard Mix for High Temperature Stimulated Distillation (HTSD) on BPX1
- Tetension TIme Hydrocarbon Standard on BPX1
- Standard for D2887 on BPX1
- Analysis of Polywax 1000 on an Aluminium Clad HT5
- C5-C9 Volatiles Screening - Fast BackFlashing Method
- Analysis of Unreated Monomers in Latex on BP20
- Analysis of DC200 Silicon Oil on HT5
- Pyrolysis of High Density Polyethylene on BP1
- Pyrolysis of polypropylene on BP1
- Pyrolysis of styrene-isoprene copolymer Pyrolysis of Polystyrene on BP1
- Analysis of Various Monomers on SolGel Wax
- Solvent Analysis on a 0.53mm ID BP624
- BTEX Analysis on BP624
- Aldehyde Analysis on Thick Film BP1
- Acrylic Acid and Acrylamide on BP21
- Volatile Solvent Analysis on BP624
- Ethylene Glycol and Diethylene Glycol Analysis on BP21
- Triacetin Analysis on BP21
- Ethanol Impurity in Methanol on BP1 on a 0.53mm ID Column
- Butadiene in Hexane on Thick Film BP1
- Analysis of a Standard Solvent Mixture on BP20
- Analysis of a Standard Solvent Mixture on a 0.53mm ID BP20
- Solvent Impurities in Dioxane on BP20 1uL Injection
- Solvent Impurities in Dioxane on BP20 0.2uL Injection
- Solvent Mixture on BP20
- Analysis of Diethylamino Ethoxyethanol on BP20
- Petroleum Hydrocarbons on a Thick Film 0.53mm ID BP1
- bis-Ethylene Steramide Sample on BPX5
- Analysis of Common Solvent Mixture on BP624
- Analysis of Ketones on SolGel-Wax
- Capillary Column Test Mix on SolGel-1ms
- Analysis of Ketones on BPX10 msNoVent
- Analysis of 22 Ketones on BPX35
- Analysis of Common Solvent Mixture on BPX624
- Analysis of Ketones on BPX624
- Analysis of Industrial Solvents on BPX624
- Grob test mix on SolGel Wax
- Analysis of Cigarette Lighter fuel BPX5
- Analysis of Amines on BPX5
- Analysis of Aniline impurities on BPX5
- Analysis of Aromatic amines on BP5
- Analysis of Amines on BP1
- Analysis of Aromatic amines on BPX35
- Analysis of Aromatic Amines from Diazo dyes on BPX35
- Analysis of Triethylamine and Triethanolamine on SolGel-1ms
- Analysis of Phthalate Esters on BPX5
- Analysis of Dimethyl Esters of Dicarboxylic Acids on BP1
- Analysis of Phthalate Esters on BP1
- Analysis of Dinonyl Phthalates on BPX5
- Analysis of Endocrine Disruptor Phthalate Esters on BPX5
- Phthalate Esters on Standard and Fast BP1 Columns
- Reverse UV determination of Anions on Exsil ODS
- Analysis of Iron and Nickel by Diethyldithiocarbonate on Exsil C8
- Analysis of Phtalate esters on Exsil ODS 5
- Peptides on W5C18 HG
- Peptides on W5C18 AR
- Peptides on W5C18 RS
- Proteins and peptides on W5C18 AR
- Enkephalins on W5C18 AR
- Analysis of 8-Quinolinol on W5C18 HG
- Insulin (Zinc form) on Nucleosil C4
- Milk Proteins on Nucleosil C4
- Proteins Egg White Nucleosil C4
- Proteins in Human Serum Nucleosil C4
- analysis of Ferritin on Nucleosil C4
- Amino Acids on Exsil C8
- Concanavalin A on Nucleosil C4
- Lysozyme on Nucleosil C4
- Fast Peptide Analysis on Nucleosil C8
- Lys-C Digest on Nucleosil ODS microcolumn
- Glutathione on W5C8 RS
- Glutathione on W5C18 RS
- Benzylamines on W5C18 RS
- Benzylamines on W5C18 HG
- Acetylacetone on W5C18 HG
- Triton X-100 on Exsil Amino
- 8-Quinolinol on W5C18 HG
- A Capillary Column For The Horse Racing Industry
- Analysis of Aromatic Pollutants in Water on BP20
- Analysis of Polynuclear Aromatic Hydrocarbons on HT5
- Analysis of Polynuclear Aromatic Hydrocarbons on BPX5
- Analysis of Substituted Aromatics on BP5
- Analysis of Polynuclear Aromatic Hydrocarbons on HT8
- Analysis of Nitroaromatics on HT8
- Analysis of Substituted Benezenes on HT5
- Analysis of Polynuclear Aromatic Hydrocarbons on HT8
- Analysis of Polynuclear Aromatic Hydrocarbons (PAH) on BPX5
- Analysis of Polynuclear Aromatic Hydrocarbons on BPX35
- Analysis of Polynuclear Aromatic Hydrocarbons (PAH) on BPX50
- Analysis of BTEX on SolGel-Wax
- Analysis of Chlorinated and Nitroaromatic Compounds on SolGel-1ms
- Analysis of Chlorinated and Nitroaromatic Compounds on BPX35
- Bleed Profile Comparison of BPX5 with Competitors MS Grade 5% Phenyl Column
- Analysis of Chlorinated and Nitrated Aromatics Compounds on BPX10
- Analysis of Chloro- and Nitroaromatic Compounds on BPX624
- Analysis of Cypermethrin Pyrethroid on BPX5
- Analysis of 18 Chlorinated Pesticides on BPX608
- Analysis of 18 Chlorinated Pesticides on BPX5
- Analysis of Herbicides on BPX35
- Analysis of Herbicides on BPX5
- Analysis of PCBs on HT8
- Analysis of Base Neutraks EPA 625, (1.5ng) on BPX5
- Analysis of Haloethers on BP10
- Analysis of EPA Method 609 Nitroaromatics on BP20
- Analysis of EPA MEthod 625 Phenols (5ng) on BPX5
- Analysis of Chlorinated Hydrocarbons on BP5
- Analysis of EPA Method 602 Aromatics on BP20
- Analysis of Volatiles from Drinking Water on BP624 50m x 0.53mm ID Column
- Volatiles Extract from Drinking Water on BP624
- Analysis of Volatiles in Drinking Water on 25m BP624 Column
- Analysis of 17 Volatile Compounds in Drinking Water on BP624
- Analysis of 16 Volatile Compunds in Drinking Water on BP624
- GM-MS Analysis of Herbicides on BPX5
- Analysis of Polychlorinated Dibenzodioxins and Furans on BPX5
- Analysis of Polychlorinated-p-Dibenzodioxins on BPX5
- Analysis of Polychlorinated Dibenzofurans on BPX5
- Analysis of Aroclor 1242 on a 50m HT8
- Analysis of Aroclor 1254 on HT8
- Analysis of Arclor 1260 on a 50m HT8
- EPA Method 608 - Chlorinated Pesticides by GC-MS on BPX35
- USEPA Method 608.1 - Organochlorine Pesticides on BPX5
- USEPA Method 614 -Organophosphates Pesticides on BPX5
- USEPA Method 614.1 Organophosphates Pesticides on BPX5
- USEPA Method 622 Organophosphates Pesticides on BPX5
- Broad Range Pesticide Mixture on BPX5
- Analysis of 48 Pesticides on BPX5
- EPA Method 619 -Triazines Pesticides on BPX35
- EPA Method 608 and Additional Pesticides on BPX5
- Analysis of EPA 8081 Organochlorines Pesticides on BPX50
- Some Commonly Used Herbicides and Pesticides on BPX50
- Analysis of Chlorine, Phosphorous and Nitrogen based Pesticides on BPX50
- Analysis of Chlorine, Phosphorous and Nitrogen based Pesticides on BPX5
- Organophosphorous Pesticides on BPX50
- 8081 Organochlorine Pesticides on BPX5
- 8081 Organochlorine Pesticides on BPX50
- Analysis of Herbicides on BPX5
- Polychlorinated Biphenyl (PCB) Analysis on HT8
- Polynuclear Aromatic Hydrocarbo (PAH) on Standard and Fast on BPX5
- Total Recoverable Petroleum Hydrocarbons (TRPH) C8-C40 on SolGel-1ms
- Industrial Solvents on SolGel-Wax
- Activity Mix on SolGel-1
- Total Recoverable Petroleum Hydrocarbons (TRPH) Analysis on Standard and Fast on BPX5
- Polynuclear Aromatic Hydrocarbons (PAH) Analysis on BPX35
- Organochlorine Pesticides Mix on BPX35
- 8081 Organochlorine Pesticides Mix on BPX35
- 8141 Organophosphorus Pesticides Mix on BPX35
- 8141 Organophosphorus Pesticides Mix on BPX5
- Analysis of 16 Synthetic Pyrethroids on BPX5
- Analysis of 16 Synthetic Pyrethroids on BPX35
- Polynuclear Aromatic Hydrocarbons (PAH) Analysis on BPX50
- USEPA 8081 Orgachlorine Pesticides Mix on BPX10
- Analysis of US EPA 502.2 Mix on BPX624 with ms-NoVent
- Analysis of Synthetic Pyrethroids on BPX50
- 8141 Organophosphorous Pesticides on Fast Column BPX5 with ms-NoVent
- 8081 Organochlorine Pesticide Analysis on Fast Column BPX5 with ms-NoVent
- 8081 Organochlorine Pesticides on Fast Column BPX35 with ms-NoVent
- 8141 Organophosphorous Pesticides on Fast Column BPX35 with ms-NoVent
- Analysis of US EPA 502.2 Test Mix on SolGel-Wax
- Analysis of US EPA 502.2 Test Mix on BP624
- Analysis of US EPA 8081 Organochlorine Pesticides Mix on SolGel-1ms
- Analysis of Polynuclear Aromatic Hydrocarbons (PAH) on SolGel-1ms
- Analysis of USEPA 8141 Organphosphorous Pesticides on SolGel-1ms
- Analysis of US EPA 502.2 Mix on Thick Film BPX5
- Analysis of Polynuclear Aromatic Hydrocarbons (PAH) on BPX10 with ms-NoVent
- Analysis of US EPA 624 Method on Thick Film BPX5 with ms-NoVent
- Analysis of US EPA 624 Method on Thick Film BP624 with ms-NoVent
- Analysis of US EPA 8141 Mix Organophosphorous Pesticides on BPX10 with ms-NoVent
- Analysis of USEPA 624 Method on SolGel-Wax with ms-NoVent
- Comparison of Geranium Oils on FORTE SolGel-WAX
- 3-Methylindole on W5C18 AR
- 3-Methylindole on W5C18 HG
- 3-Methylindole on W5C18 RS
- Procainamide on W5C18 AR
- Procainamide on W5C18 HG
- Procainamide on W5C18 RS
- 8-Quinolinol on W5C18 AR
- 8-Quinolinol on W5C18 HG
- 8-Quinolinol on W5C18 RS
- Naphtalene on W5C18 AR
- Naphtalene on W5C18 HG
- Naphtalene on W5C18 RS
- Pyridine on W5C18 RS
- Aromatic Hydrocarbons on W5C18 AR
- Aromatic Hydrocarbons on W5C18 HG
- Aromatic Hydrocarbons on W5C18 HG
- Aromatic Hydrocarbons on W5C18 AR
- Aromatics Hydrocarbons on W5C18 RS
- Pyridine Derivatives on W5C18 RS
- Pyridine Derivatives on W5C18 HG
- 16 PAHs Components on W5C18 AR
- Naphthalene on W5C8 RS at 35°C
- Pyridine on W5C8 RS
- Aniline Derivatives on W5C18 HG
- N,N-Dimethylaniline on W5C18 RS
- Homologous Series on W5C18 RS
- Phenols on W5C18 RS
- Photographic Chemicals on W5C18 HG
- Photographic Chemicals on W5C18 AR
- Photographic Chemicals on W5C18 RS
- Organochlorines Pesticides on Exsil Cyano
- PAHs Exsil ODS 5
- Phthalate Esters on Exsil ODS
- Analysis of Monosaccharide Alditol Acetates
- Fatty Acid Distribution in Edible Oils
- Triglycerides, Fatty Food Guide
- Analysis of Chiral Components in Flavors Using the MDS2000
- Analysis of Volatile Free Fatty Acids in Water on BP21
- Analysis of Organic Acids in Water on BP21
- Analysis of 15 Organic Acids on BP20
- Analysos of volatile acids on BP20
- Breakdown Products on BP20
- Analysis of Lignin Humic Acid Breakdown Products on BP21
- Free Acid Mixture on BP20 (2-4ng component)
- Analysis of Organic Acids C5-C9 on SolGel-Wax
- Analysis of IRONE (Standard) on Cydex-B
- Fla_03_Orris Conc BP20
- Analysis of Lavender Oilon Cydex-B
- Analysis of Menthol Oil on Cydex-B
- Analysis of Borneols on Cydex-B
- Analysis of Impurities in Pinene Oil Impurities on BPX5
- Analysis of Raspberry Flavours on BPX5
- Raspberry Extract on BP1
- Analysis of Rosemary Essential Oil on BPX5
- Analysis of Eucalyptus Essential Oil on BPX5
- Analysis of Nutmeg Oil on BPX5
- Analysis of Rosemary Oil on BPX5
- Analysis of Lavender Oil on BPX5
- ANalysis of Teatree Oil on BPX5
- Analysis of Pine Oil on BPX5
- Analysis of Eucalyptus Oil on BPX5
- Analysis of Ylang Ylang Oil SolGel-Wax
- Analysis of Eucalyptus Oil on SolGel-WAX
- Analysis of Nutmeg Oil on SolGel-WAX
- Analysis of Spearmint Oil on SolGel WAX
- Analysis of Tasmanian Lavender on SolGel WAX
- Analysis of Teatree Oil on SolGel WAX
- Analysis of 13 Sugar conponent alditol acetate mixture on BPX70
- Analysis of Carnauba Wax on BPX5
- Analysis of Food Additivies - Antimicrobials on BP5
- Analysis of Scotch Whisky on BP20
- Arabinogalactan protein from plant cell suspension culture on BPX70
- Analysis of Sugar Alditol Acetates on a 12m BPX70 column
- Analysis of Mono, Di, TriGlycerides on BPX5
- Triglyceride distribution in Milk Fat on BPX5
- Analysis of Triglyceride in Distribution Lard on BPX5
- Standard mixture of Triglyceride on BPX5
- Analysis of Triglyceride Distribution in Cocoa Butter on BPX5
- Triglyceride Distribution in Olive Oil on BPX5
- Analysis of partially Methylated Glucose on BPX70
- Analysis of Butter Fat on HT5
- Free base and metal Porphyrins analysis on HT5
- Analysis of Triglyceride Standards on HT5
- Analysis of Plant Sterols Isothermally on BPX35
- Analysis of Plant Sterols with temperature program on BPX35
- Analysis fo Plant Sterols Isothermally on BPX5
- Plant Sterols with temperature program on BPX5
- Plant Sterols on a 0.53mm ID BPX5 Column
- Cod Oil Fatty Acids (Underivatised) on BP21
- Free Fatty Acid Analysis on BP21
- Analysis of Wine on BP20
- Tocopherol Isomer Mixture on BPX5
- C1-C3 Short Chain Organic Acids
- Micro LC/MS Analysis of Biological samples
- 4 carboxylic acid on W5C18 RS
- 4 carboxylic acid on W5C18 HG
- 10 carboxylic acid on W5C18 RS
- 10 carboxylic acid on W5C18 HG
- 10 aromatic organic acids on W5C8 RS
- 10 aromatic organic acids on W5C18 RS
- Water Soluble Vitamins on W5C18 HG
- Water Soluble Vitamins on W5C18 AR
- Water Soluble Vitamins on W5C18 RS
- Fat Soluble Vitamins on W5C18 HG
- Fat Soluble Vitamins on W5C18 AR
- Fat Soluble Vitamins on W5C18 RS
- Glycyrrhizic Acid on W5C18 HG
- Glycyrrhizic Acid on W5C18 AR
- Glycyrrhizic Acid on W5C18 RS
- Parabens on Exsil ODS
- Vitamin B1 Derivatives on W5C18 HG
- Antioxidants on Exsil Cyano
- Nicotinic Acid Derivatives on W5C8 RS
- Nicotinic Acid Derivatives on W5C18 RS
- Water Soluble Vitamins (8% ACN) on W5C8 RS
- Water Soluble Vitamins (8% ACN) on W5C18 RS
- Fat Soluble Vitamins (48% ACN) on W5C8 RS
- Fat Soluble Vitamins (48% ACN) on W5C18 RS
- Soft Drink Additives on W5C8 RS
- Soft Drink Additives on W5C18 RS
- Electron and Negative Ion Detection with ETP Models 14150 and 14151 Active Film Multipliers
- Capillary Gas Chromatography of Polystyrene
- Analysis of Acid and Neutral drugs on BPX35
- Analysis of Basic Drugs on BPX35
- Analysis of Alkaloids on BP5
- Analysis of Sedatives and Hypnotics on BP1
- Analysis of Basic Drug Screen on BPX5
- Analysis of Alkaloids and Stimulants on BP5
- Steroid Analysis (underivatised) on BPX5
- Analysis of Tricyclic Antidepressants on BPX35
- Underivatised Barbiturates on BP5
- Analysis of Basic Drug 12m x 0.15mm ID BP5
- Analysis of Blood Alcohol on BP20
- Analysis of Drugs of Abuse on BPX35
- Analysis of Horse racing Test Mix on BPX5
- Analysis of Horse racing Test Mix on SolGel-1ms
- Analysis of Horse racing Test Mix BPX35
- Analysis of Various Drugs on BPX50
- Analysis of a Variety ofAntidepressants and Anticonvolusants drugs on BPX50
- Reversed Phase C18 Columns for Problem Analytes
- Analysis of Catecholamines on W5C18 HG
- Analysis of Catecholamines on W5C18 AR
- Analysis of Catecholamines on W5C18 RS
- Analysis of Baicalien on W5C18 HG
- Analysis of Catechol on W5C18 HG
- Analysis of Atropine on W5C18 HG
- Analysis of Atropine on W5C18 AR
- Analysis of Atropine on W5C18 RS
- Analysis of Strychnine on W5C18 HG
- Analysis of Strychnine on W5C18 AR
- Analysis of Strychnine on W5C18 RS
- Analysis of Pharmaceuticals W5C18 HG
- Analysis of Pharmaceuticals W5C18 AR
- Analysis of Pharmaceuticals W5C18 RS
- Analysis of Anticonvulsants Standars on Exsil ODS
- Analysis of Aspirin in Tablet Formation on Exsil ODS
- Analysis of Barbitals on Exsil ODS
- Analysis of Barbitals on Exsil C8
- Analysis of Antidepressants on Exsil Cyano
- Analysis of Antibacterials on W5C18 RS
- Fast Analysis of Penicillins on W5C18 RS
- Analysis of Tricyclic Antidepressants on W5C8 RS
- Analysis of Tricyclic Antidepressants on W5C18 RS
- HCX Extraction of Basic Analytes from GC
- HCX Extraction of Basic Analytes for HPLC
- Effects of increasing pyrolysis temperature on the breakdown of N-butylbenzene
- The Perfect PCB Column
- Polynuclear Aromatic Hydrocarbons
- Peak Identification Using ECL Numbers
- BPX5 - The Universal Column
- Technical notes, technical/research documentation for hplc and associated products.
- ETP Electron Multipliers Care and Handling
- ETP Electron Multipliers A New Ultra-Fast Discrete-Dynode Detector for Mass Spectrometry
- Installing the 14561 ETP Active Film Multiplier
- Installing and Operating the ETP 14170 Active Film Multiplier
- Improved Linearity of the Agilent 5973 with the ETP 14617 Electron Multiplier
- BPX5 The Universal Capillary Column
- Add Value to your Mass Spectrometer
- Be a Syringe Expert
- 0.2% RSDs
- BPX70 Fame Columns
- Wakosil II 5C18RS
- How to choose a GC Capillary Column
- Useful tips for Column Installation and Injection
- GC Inlet Liners which one should I choose
- How do I develop an HPLC Method
- Optimizing HPLC Separation Continued
- How do I choose the Best Syringe
- ETP Electron Multipliers
- Sol-Gel Technology for GC Columns
- How do you measure syringe excellence
- ms-NoVent 5 Minute Column Changeover
- Fast GC Columns
- Wakosil Time Saving HPLC Columns
- Mass Spectrometer Detectors
- Illicit Drug Analysis with Micro Columns
- Fast GC for TPH Analysis
- Making sense of flow calculations - Part 1
- Wakosil II 5C18
- Using Pyrolysis for Cigarette Additives
- FocusLiner Improves Precision
- Making sense of Flow Calculations - Part 2
- BPX70 FAME Columns
- Analysis of Soils for Pollutants
- Choosing the right inlet liner for your application
- ms-NoVent your questions answered
- BPX1-SimD
- Wakosil II 5C18RS
- PAH Analysis by GC
- LC/MS SGE Micro Columns
- FocusLiner Improve GC accuracy and reproducibility 10 fold
- HPLC Micro Columns
- Unravel FAMEs
- Improving GC Precision
- Resolving Pesticides by GC and GC-MS
- Evaluation of ETP Electron Multiplier in HP5973
- Capillary Anorexia
- Choosing the right inlet liner
- HPLC Method Development Example
- Syringe Care
- How to protect your capillary GC column
- Sol Gel Wax Capillary Column
- Micro HPLC searching for sensitivity
- Why choose TEP Electron Multipliers
- How to improve your GC-MS analysis
- OLFACTORY Detector Outlet ODO II
- The importance of low bleed columns
- BPX1-SimD A new era in simulated distillation technology - PartII
- FAME Analysis a customer testimonial
- Reverse Phase HPLC
- Pyrolysis of Paint Polmers
- Why do my HPLC peaks tail?
- Market Focused Environmental Analysis of Volatile Compounds on Various Phases
- Market Focused Environmental Pyrethroid Analysis
- Market Focused Environmental Polynuclear Aromatic Hydrocarbons
- Market Focused Environmental Organophosphorous Pestisides
- Market Focused Environmental Organochlorine Pestisides
- A Novel Focusing technique for GC
- Market Focused Envinronmental Organochlorine Pestisides
- Market Focused Environmental Organophosphorous Pesticides
- Market Focused Environmental Polynuclear Aromatic Hydrocarbons
- Market Focused Environmental Pyrethroid Analysis
- ETP Electron Multipliers Tips for Optimising Multiplier Lifetime
- The AGING Mechanism in Electron Multipliers and Operating Life
- ETP Electron Multipliers Achieving Linear Detector Response in TOF-MS
- ETP Electron Multipliers Influence of Detector Pulse Height Distribution on Abundance Accuracy in TOF-MS
- ETP Electron Multipliers Detailed Performance Characteristics of a New Discrete Dynode TOF Detector
- ETP Electron Multipliers Taming The Jitter in a Discrete Dynode TOF Detector
- Maintenance, Storage and Handling of Active Film Multipliers
- ETP Electron Mulitpliers Ion Detection in ICP-MS using Active Film Multipliers
- ETP Electron Multipliers Extending the Limits for Linear Ion Counting
- ETP Electron Multipliers Characterisation of a New Discrete-Dynode Detector for TOFMS
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