Category: TYPE-C Columns - General Information
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Ammonium Fluoride Affect On Chromatography Using Cogent TYPE-C HPLC Columns - Tech Information
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Aqueous Normal Phase ANP Advantages for Polar Compounds - White Paper
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Aqueous Normal Phase ANP HPLC Methods Better to Use Than HILIC Methods - Tech Information
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Aqueous Normal Phase defined & compared to Reversed Phase & Normal Phase definitions HPLC - Tech Information
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Are Cogent TYPE-C silica 2.o columns considered UHPLC phases - FAQ
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Back Pressure That is Lower than Normal Using a Cogent Diamond Hydride HPLC Column - Tech Information
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Better Methods Than HILIC for Polar Compound Analysis in HPLC and LC‑MS - Tips & Suggestions
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Bonded Phase Purposes Cogent TYPE-C Silica HPLC Columns - Tech Information
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Bubbling or fizzing coming from a new Cogent TYPE-C column - Tech Information
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Calculate ligand density of a bonded phase of an HPLC column - Tech Information
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Can agents to passivate columns be used on Cogent TYPE-C HPLC columns? - FAQ
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Can I use a silica or Silica-C guard column with an analytical column of a different phase - FAQ
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Can you inject highly acidic samples on to Cogent TYPE-C Silica HPLC columns - FAQ
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Choose an Appropriate Re-Equilibration or Post Time for Gradient HPLC - How To
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Cogent 2.o HPLC Columns are Compatible with Agilent 1290 instruments - Tech Information
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Cogent TYPE-C Columns Used in Prep Chromatography Offers Value - Tips & Suggestions
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Cogent TYPE-C HPLC Columns Offer Faster Results Compared to Other Columns -Tech Information
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Cogent TYPE-C Silica Stationary Phases Are Not Available for Sale as Bulk Materials - Tech Information
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Cogent TYPE-C™ Column Equivalence with Standard Type-B Columns Discussion - Tech Information
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Column Protection Suggestion for a 1mm Cogent 2.o Column - Tech Information
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Converting Cogent TYPE-C columns to normal phase after use in reversed phase - How To
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Differences Between HILIC Columns and ANP Columns - Tech Information
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Direct Silicon to Carbon Bond Defined for TYPE-C Columns - HPLC Primer
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Direct Silicon to Carbon Bonds on Cogent TYPE-C HPLC HPLC Columns Produce Longer Column Lifetimes - Tech Information
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Do Cogent TYPE-C Silica columns have a partial positive charge and if so is retention for basic compounds reduced because of this - Tech Information
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End Fitting Hardware and Dimensions for TYPE-C Columns - Tech Information
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How Can I Fix Poor Peak Shape for Phosphorylated Compounds in Aqueous Normal Phase ANP Methods - Tips & Suggestions
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Hydrophobicity of Cogent TYPE-C Silica HPLC Columns - Tech Information
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I heard that there is not a good alternative to HILIC to achieve sufficient retention for some compounds - FAQ
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Increasing Selectivity and Resolution for a Xylose and Ribose HPLC Method Resolution - Tips & Suggestions
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Injection Guidance for Cogent TYPE-C HPLC Columns - Tips and Suggestions
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Internal Volumes of Cogent HPLC Columns - Tech Information
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Literature References | Bibliography for Cogent TYPE-C HPLC Publications - Tech Information
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Maximum Pressure Cogent HPLC Columns Can Tolerate - Tech Information
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Metal Content Affects Silica Particle and Contributes to Peak Shape - Tech Information
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Metal Contents of the Silica Used in TYPE-C HPLC Columns - HPLC Primer
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Method Development Advice for Using a TYPE-C HPLC Column - Tips and Suggestions
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Method Development for Polar Compound with TYPE-C Columns - Tips and Suggestions
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Obtain a flat baseline in a gradient method without using blank subtraction - How to
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Percentage of acid needed in Aqueous Normal Phase ANP methods - Tips & Suggestions
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Performance Comparison from Standard HPLC Phases and Bidentate C18 - Tech Information
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Polar Compounds are Not Well Retained by Reversed Phase Columns Explained - HPLC Primer
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Precision and Suitability of the Cogent TYPE-C HPLC Columns in LCMS - Tech Information
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Prep and Semi‑Prep HPLC TYPE-C Column - Advantages - Tech Information
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Reduce the Need to Clean or Wash HPLC Columns - Guidelines - Tips and Suggestions
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Retention Decrease as Mobile Phase Water Content Increases on a Cogent Bidentate C18 Column - Troubleshooting
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Selectivity Differences in Cogent TYPE-C Stationary Phases - Tech Information
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Since Cogent TYPE-C columns can be used in Reversed Phase or Normal Phase what do you suggest to switch these solvent systems which are not miscible - FAQ
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Since Cogent TYPE-C Silica columns use a transition metal catalyst in production what is the presence of any trace quantity on the surface of the stationary phase- FAQ
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Solvent Strength Order in Aqueous Normal Phase ANP HPLC - Tech Information
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Storage and Condition Guide for Cogent TYPE-C HPLC Columns - Tech Information
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Supercritical Fluid Chromatography with TYPE-C Columns - Tech Information
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Tanaka Plots Do Not Apply to Columns Used with Aqueous Normal Phase Methods - Tech Information
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Tandem HPLC Columns in One Separation for Polar and Non Polar Compounds - Tips and Suggestions
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TFA Does Not Permanently Alter Cogent TYPE-C Silica Columns - Tech Information
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Theoretical Plate Estimates Indicates Column Condition - HPLC Primer
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TYPE-C Silica Columns Are Not Hybrid Particles - Tech Information
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TYPE-C Silica Is Made with High Purity Silica and Has a Low Metal Content - FAQ
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Verifying New Cogent HPLC Column Performance - Tips and Suggestions
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What Are Inosine Nucleotides - HPLC Primer
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What can cause changing retention times and a peak showing up in my blank with a Silica-C column - FAQ
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What effect does high injection volume have on column performance in Aqueous Normal Phase ANP HPLC- FAQ
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What is a Master Batch for Cogent HPLC Columns - FAQ
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What is the compatibility of Cogent TYPE-C Silica HPLC columns with UHPLC instruments - FAQ
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What will the pressure be with a mobile phase of 90% methanol and 10% DI water with a 4.6 x 250mm Cogent TYPE-C HPLC column - FAQ
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Will phosphates precipitate in an HPLC column - PRIMER
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