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  • cover image for Kromasil EternityXT - UHPLC/HPLC columns with extended lifetime

      Kromasil EternityXT - UHPLC/HPLC columns with extended lifetime

    The family of Kromasil EternityXT UHPLC and HPLC columns is now also available with a C8 phase for extended separation alternatives.
    More information about EternityXT columns on this website or in the Kromasil Guide.

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  • cover image for Kromasil EternityXT prep family - long-life stationary phases for prep HPLC

      Kromasil EternityXT prep family - long-life stationary phases for prep HPLC

    Kromasil EternityXT is a family of unparalleled stationary phases that keep you in the forefront of purification technology. The Kromasil EternityXT bulk materials support you in your preparative chromatography needs even under extreme harsh conditions, like cleaning-in-place, where the mechanical and chemical stability of the packing could be challenged.

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  • cover image for Kromasil EternityShell - Columns with solid-core particles for harsh conditions

      Kromasil EternityShell - Columns with solid-core particles for harsh conditions

    More options — with a wider range of pH conditions
    Kromasil EternityShell columns are a further expansion of the Kromasil analytical portfolio. Kromasil EternityShell columns have been designed for users who expect to perform separations between pH 1 and 12 and look for fast separations using solid-core technology.

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  • cover image for Kromasil ClassicShell - Expanding opportunities

      Kromasil ClassicShell - Expanding opportunities

    More choices in your analytical tool box.
    Kromasil ClassicShell family of columns is an expansion of the Kromasil analytical columns portfolio to provide scientists with more options for the analysis of laboratory samples.

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  • cover image for Kromasil Guide

      Kromasil Guide

    This is the anthology of the world of chromatography with Kromasil.
    • Presentation of all product platforms: Classic, Eternity, Chiral and SFC
    • Comprehensive availability of stationary phases and columns
    • Aspects of chromatography
    • Application guide with examples from our labs and the litterature

    View online

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  • cover image for Kromasil prep - Boost your productivity, lower your cost

      Kromasil prep - Boost your productivity, lower your cost

    Kromasil’s business idea since its introduction in 1988 is to offer you the lowest possible total separation cost by providing the highest quality silica-based HPLC, SMB and SFC packing material available

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  • cover image for Product data sheets – Kromasil 60 Å

      Product data sheets – Kromasil 60 Å

    SIL, CN, Diol and HILIC-D

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  • cover image for Product data sheets – Kromasil 100 Å

      Product data sheets – Kromasil 100 Å

    SIL, C4, C8, C18, NH2 and Phenyl

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  • cover image for Product data sheets – Kromasil 300 Å

      Product data sheets – Kromasil 300 Å

    SIL, C4, C8 and C18

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  • cover image for Product data sheets – Kromasil Chiral

      Product data sheets – Kromasil Chiral

    Characteristics and compatible mobile phases for AmyCoat and CelluCoat

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  • cover image for Availability of Kromasil

      Availability of Kromasil

    Tables with Kromasil HPLC bulk media product availability as function of phase and particle size.

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  • cover image for Analytical versus Preparative and Production-Scale HPLC: Some Considerations

      Analytical versus Preparative and Production-Scale HPLC: Some Considerations

    Robert Fredriksson, Innovations in Pharmaceutical Technology, Issue 40 (2012), 16-18

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  • cover image for Chemical stability of reversed phase high performance liquid chromatography silica under sodium hydroxide regeneration conditions

      Chemical stability of reversed phase high performance liquid chromatography silica under sodium hydroxide regeneration conditions

    Sylvia Winkel Pettersson, Eric Collet and Ulrika Andersson Journal of Chromatography A, 1142 (2007) 93–97

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  • cover image for General method allowing the use of 100% aqueous loading conditions in reversed-phase liquid chromatography

      General method allowing the use of 100% aqueous loading conditions in reversed-phase liquid chromatography

    Sylvia Winkel Pettersson, Börje S. Persson, Mats Nyström Journal of Chromatography B, 803 (2004)159-165

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  • cover image for Development of analytical and preparative chromatographic separations of novel growth hormone secretagogue compounds.

      Development of analytical and preparative chromatographic separations of novel growth hormone secretagogue compounds.

    Joseph H. Kennedy, John L. Bowers, Jeffrey A. Dodge, Charles W. Lugar, Timothy A. Shepherd, V. Scott Sharp. Reprint from Journal of Chromatography A, 872, 2000

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  • cover image for Twelve years of silica-based HPLC purification with focus on peptides - An overview.

      Twelve years of silica-based HPLC purification with focus on peptides - An overview.

    H. Liliedahl, Eka Chemicals Reprint from plenary presentation at Tides 2000, Las Vegas, USA

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  • cover image for Chromatographic Resolution of Organic Acids Using the Kromasil-CHI-TBB Chiral Stationary Phase

      Chromatographic Resolution of Organic Acids Using the Kromasil-CHI-TBB Chiral Stationary Phase

    S. Andersson, K Balmér, B-A Persson, AstraZeneca, Mölndal, Sweden Reprint from Chirality, Vol.11, No. 5/6, 1999

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  • cover image for Non-Flammable preparative reversed-phase liquid chromatography of recombinant human insulin-like growth factor-I

      Non-Flammable preparative reversed-phase liquid chromatography of recombinant human insulin-like growth factor-I

    Robert L. Fahrner, Philip M. Lester, Gregory S. Blank, David H. Reifsnyder. Reprint from Journal of Chromatography A, 830, 1999

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  • cover image for Preparative Chiral Purification of Enantiomers Using Covalently-Bonded Chiral Stationary Phases.

      Preparative Chiral Purification of Enantiomers Using Covalently-Bonded Chiral Stationary Phases.

    Dauh-Rurng Wu, Klaus Lohse, Lin Lin. Reprint from poster at 12'th international Symposium on Preparative/Process Chromatography, San Francisco, USA, May 23-26, 1999

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  • cover image for Development and optimization of industrial scale chromatography for use in manufacturing

      Development and optimization of industrial scale chromatography for use in manufacturing

    A.M. Katti, NaPro BioTherapeutics Inc., Boulder, Colorado. P. Jageland, Eka Chemicals. Reprint from Analusis, Vol. 26, 1998, no 7, M38-M46

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  • cover image for Silica-based packing materials for PREP HPLC, SFC and SMB

      Silica-based packing materials for PREP HPLC, SFC and SMB

    D. Sanchez, Eka Chemicals. Reprint from Analusis, Vol. 26, 1998, no 7, M33-M37

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  • cover image for Purification of zopiclone by preparative high performance liquid chromatography

      Purification of zopiclone by preparative high performance liquid chromatography

    Ignacio Medina. Reprint from Journal of liquid chromatography & related technologies, Vol. 21 (17), 1998, 2689-2698

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  • cover image for Peak Asymmetries of Silica-Based C18 Packing Materials under severe conditions – a comparative study

      Peak Asymmetries of Silica-Based C18 Packing Materials under severe conditions – a comparative study

    Lars Jonsson, (from workshop at HPLC ’97, June 23-27, 1997)

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  • cover image for Considerations about HPLC Separation Process Development Routes

      Considerations about HPLC Separation Process Development Routes

    Gregor Mann, Dieter Reinig, Schering AG, Berlin, Germany. Prep ’96, Washington DC

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  • cover image for Chromatographic separation of enantiomers on N,N’-diallyl-L-tartardiamide-based network-polymeric chiral stationary phases

      Chromatographic separation of enantiomers on N,N’-diallyl-L-tartardiamide-based network-polymeric chiral stationary phases

    S Andersson, S Allenmark, P Möller, B Persson, D Sanchez. J Chromatography A, 741 (1996) 23-31

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  • cover image for Design of a HPLC Separation Process

      Design of a HPLC Separation Process

    Gregor Mann and Co-workers, Schering AG, Berlin Germany. ACS Chromatography Symposium, New Orleans

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  • cover image for A Comparison of Silica-Based C18 and C8 HPLC Columns to Aid Column Selection

      A Comparison of Silica-Based C18 and C8 HPLC Columns to Aid Column Selection

    Robert J Steffeck, GD Searle, Skokie, Illinois; Susan L Woo*, Raymond J Weigand* and James M Anderson* *Alltech Associates, Deerfield, Illinois, 1995

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  • cover image for A New Class of Network-Polymeric Chiral Stationary Phases

      A New Class of Network-Polymeric Chiral Stationary Phases

    Stig G Allenmark, Shalini Andersson, Per Möller and Domingo Sanchez. CHIRALITY 7:248-256 (1995)

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  • cover image for An Investigation On The Mechanical Stability Of Various HPLC Silica Packing Materials

      An Investigation On The Mechanical Stability Of Various HPLC Silica Packing Materials

    L Mattias Bryntesson, Per L Möller, Per T Jageland (from poster at PrepTech 95) February 13-15, 1995

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  • cover image for Chromatographic Separation Of Enantiomers On DATD-based Network-Polymeric Chiral Stationaly Phases

      Chromatographic Separation Of Enantiomers On DATD-based Network-Polymeric Chiral Stationaly Phases

    S Andersson, P Möller, B Persson, D Sanchez, S Allenmark (from poster at Sixth International Symposium On Chiral Discrimination) April 26-28, 1995

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  • cover image for Preparative Chiral HPLC Separation; Modeling, optimization and Scale-Up

      Preparative Chiral HPLC Separation; Modeling, optimization and Scale-Up

    Per T Jageland, L Mattias Bryntesson, Per L Möller. (from poster at the Purdue Universty, Chromatographic Workshop ’95) October 9-10, 1995

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  • cover image for Reflections on Packing Medias

      Reflections on Packing Medias

    Gregor Mann, Schering AG, Berlin, Germany. Prep ’95 Georgetown University, Washington DC

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  • cover image for Economical Aspects and Optimization in Industrial HPLC

      Economical Aspects and Optimization in Industrial HPLC

    Per T Jageland, L Mattias Bryntesson, (from poster at PrepTech ’94) March 22-24, 1994

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  • cover image for KromaGuide® – Some new developments in the optimization of HPLC processes by computerized techniques

      KromaGuide® – Some new developments in the optimization of HPLC processes by computerized techniques

    Hans Liliedahl and Mattias Bryntesson. 59th Annual Meeting of Society of Chemical Engineers, March 1994, Sendai City

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  • cover image for Optimization of industrial-scale high-performance liquid chromatography applications using a newly developed software

      Optimization of industrial-scale high-performance liquid chromatography applications using a newly developed software

    Per Jageland, Jeppe Magnusson and Mattias Bryntesson. J Chromatography A 658 (1994) 497-504

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  • cover image for The Use Of A New Class Of Network-Polymeric Chiral Stationary Phases For Preparative Chromatographic Separation

      The Use Of A New Class Of Network-Polymeric Chiral Stationary Phases For Preparative Chromatographic Separation

    Per Möller, Domingo Sanchez, Börje Persson, Shalini Andersson, Stig Allenmark (from poster at 11th International Symposium on Preparative and Industrial Chromatography) October 3-6, 1994

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  • cover image for Effect Of Surface Properties Upon The Separation Of Basic Compounds On Silica Based Reversed Phase Material

      Effect Of Surface Properties Upon The Separation Of Basic Compounds On Silica Based Reversed Phase Material

    Per Möller (from poster at HPLC 89, 13th International Symposium On Column Liquid Chrom.) June 25-30, 1989

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  • cover image for Preparative High Performance Liquid Chromatography of Peptides On A New Reversed-Phase Packing Material, Kromasil™ C18

      Preparative High Performance Liquid Chromatography of Peptides On A New Reversed-Phase Packing Material, Kromasil™ C18

    K Larsson, W Herrmann, P Möller and D Sanchez. J Chromatography, 450 (1988) 71-80

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  • cover image for Analysis of small pharmaceuticals and peptide mixtures using chemically stable merged inorganic/organic silica material in reversed phase chromatography

      Analysis of small pharmaceuticals and peptide mixtures using chemically stable merged inorganic/organic silica material in reversed phase chromatography

    Fredrik Limé, Emma Lundin and Cecilia Mazza (2017)

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  • cover image for Chemically Stable Merged Organic/Inorganic Silica Material for Purification of Peptides and Proteins in Reversed Phase Preparative Chromatography

      Chemically Stable Merged Organic/Inorganic Silica Material for Purification of Peptides and Proteins in Reversed Phase Preparative Chromatography

    Fredrik Limé and Per Jageland (2016)

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  • cover image for Chemically stable merged inorganic/organic silica material with full scalability in reversed phase chromatography

      Chemically stable merged inorganic/organic silica material with full scalability in reversed phase chromatography

    Fredrik Limé, Therése Tran et al (2016)

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  • cover image for Exploring SFC for the separation of peptides and small proteins

      Exploring SFC for the separation of peptides and small proteins

    Joakim Högblom, Peter Gidlund et al (2016)

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  • cover image for Merged Organic/Inorganic Silica Material for Purifications in Reversed Phase Preparative Chromatography at Elevated pH

      Merged Organic/Inorganic Silica Material for Purifications in Reversed Phase Preparative Chromatography at Elevated pH

    Fredrik Limé, Robert Fredriksson, Per Jageland and Joakim Högblom (2015)

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  • cover image for Exploring the Potentials of Using SFC as an Analytical Tool for Peptides

      Exploring the Potentials of Using SFC as an Analytical Tool for Peptides

    Joakim Högblom and Peter Gidlund (2015)

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  • cover image for Exploring the Potentials of Stationary Phases with Different Nitrogen Containing Ligands for Analytical and Preparative SFC

      Exploring the Potentials of Stationary Phases with Different Nitrogen Containing Ligands for Analytical and Preparative SFC

    Joakim Högblom (2014)

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  • cover image for Chemically and Mechanically Stable Merged Organic/Inorganic Silica Material for Reversed Phase Preparative Chromatography

      Chemically and Mechanically Stable Merged Organic/Inorganic Silica Material for Reversed Phase Preparative Chromatography

    Fredrik Limé, Therese Tran, Robert Fredriksson and Per Jageland (2014)

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  • cover image for Faster Laboratory Workflow using High Resolution 1.8 and 2.5 μm UHPLC Columns with Easy Scale-Up to Pilot Plant and Manufacturing

      Faster Laboratory Workflow using High Resolution 1.8 and 2.5 μm UHPLC Columns with Easy Scale-Up to Pilot Plant and Manufacturing

    Fredrik Limé, Luba Nilsson, Cecilia Mazza, Robert Fredriksson (2014)

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  • cover image for Chemically stable silica hybrid C18 material with full scalability

      Chemically stable silica hybrid C18 material with full scalability

    Fredrik Limé, Therése Tran, Robert Fredriksson (2014)

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  • cover image for Silica surface hybrid material with chemical stability over a wide pH range for reversed phase chromatography

      Silica surface hybrid material with chemical stability over a wide pH range for reversed phase chromatography

    Per T. Jageland, Fredrik Limé, Johan Lif and Robert Fredriksson (2013)

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  • cover image for The utility of 2.5 μm UHPLC/HPLC columns for laboratory performance and scale up

      The utility of 2.5 μm UHPLC/HPLC columns for laboratory performance and scale up

    Emelie Öhgren, Therese Tran, Robert Fredriksson, Börje S. Persson, Luba Nilsson, Joakim Högblom, Bernt Larsson, Cecilia Mazza, Kristina Hallman (2013)

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  • cover image for Utility of a chemically stable aromatic stationary phase for HPLC and UHPLC separations at acidic and basic pH

      Utility of a chemically stable aromatic stationary phase for HPLC and UHPLC separations at acidic and basic pH

    Anders Törncrona, Börje Persson and Maria Forsberg (HPLC 2010)

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  • cover image for A new generation of analytical HPLC Products

      A new generation of analytical HPLC Products

    Ekeroth, Johan et al (Pittcon 2009)

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  • cover image for Analytical and semi-prep applications obtained with newly developed chemically stable HPLC stationary phase

      Analytical and semi-prep applications obtained with newly developed chemically stable HPLC stationary phase

    Sylvia Winkel Pettersson, Eric Collet, Joakim Högblom and Johan Ekeroth, Pittcon 2009

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  • cover image for Study on the Variation in Optimal Conditions for Chiral SFC Separations Using Different Polysaccharide Based Stationary Phases

      Study on the Variation in Optimal Conditions for Chiral SFC Separations Using Different Polysaccharide Based Stationary Phases

    Kristina Hallman, Britt Kofoed-Hansen, Julia Baderstedt, and Mattias Bengtsson (SFC 2008)

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  • cover image for Optimization of silica-based RPLC material for peptide purification

      Optimization of silica-based RPLC material for peptide purification

    Anders Törncrona, Britt Kofoed-Hansen, and Per Jageland (SPICA 2008)

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  • cover image for Important Aspects when Designing Chiral Preparative Separations using Coated Polysaccharide Stationary Phases

      Important Aspects when Designing Chiral Preparative Separations using Coated Polysaccharide Stationary Phases

    Kristina Hallman, Britt Kofoed-Hansen, David Börjesson and Bernt Larsson (SPICA 2008)

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  • cover image for Kromasil AmyCoat, A New Polysaccharide-based Chiral Stationary Phase for Rapid and Efficient Chiral Resolution

      Kromasil AmyCoat, A New Polysaccharide-based Chiral Stationary Phase for Rapid and Efficient Chiral Resolution

    Maria Eliasson, Kristina Hallman, Britt Kofoed-Hansen and Eric Collet (Chirality 2007)

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  • cover image for From Screening to Purification, Presentation of a Strategic Approach to Solving Chiral Separation Issues by HPLC

      From Screening to Purification, Presentation of a Strategic Approach to Solving Chiral Separation Issues by HPLC

    Kristina Hallman, David Börjesson ,Sylvia Winkel Pettersson and Britt Kofoed-Hansen (Chirality 2007)

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  • cover image for General approach for the development of preparative peptide separations

      General approach for the development of preparative peptide separations

    Sylvia Winkel Pettersson, Bernt Larsson (TIDES 2007)

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  • cover image for Loadability – what does it mean to preparative chromatographers

      Loadability – what does it mean to preparative chromatographers

    Sylvia Winkel Pettersson, Britt Kofoed-Hansen (SPICA 2006)

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  • cover image for Chemical stability of Reversed Phase HPLC silica under NaOH regeneration conditions

      Chemical stability of Reversed Phase HPLC silica under NaOH regeneration conditions

    Sylvia Winkel Pettersson, Eric Collet and Ulrika Andersson (Prep 2006)

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  • cover image for Utilizing self displacement effects in RP-HPLC purification of peptides

      Utilizing self displacement effects in RP-HPLC purification of peptides

    Sylvia Winkel Pettersson, Britt Kofoed-Hansen and Jörg Scheuerlein (2005)

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  • cover image for Kromasil Phenyl

      Kromasil Phenyl

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  • cover image for Kromasil Diol

      Kromasil Diol

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  • cover image for Kromasil 300Å for Macromolecular Analysis and Separation

      Kromasil 300Å for Macromolecular Analysis and Separation

    Anders Törncrona, Ulrika Andersson, Johan Ekeroth (2005)

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  • cover image for RP-Chromatography at elevated pH - Factors for success

      RP-Chromatography at elevated pH - Factors for success

    Britt Kofoed-Hansen, Johan Ekeroth (2005)

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  • cover image for Kromasil Analytical Performance

      Kromasil Analytical Performance

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