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Publications
Find here commercial brochures and other publications related to Kromasil. They are sorted under three categories:
- Brochures: commercial product presentations
- Articles: scientific papers published as leaflets or in various journals
- Posters: presented at various scientific meetings and fairies.
You may select any publications you would like us to send to you by adding them to your selection: When filling the contact form, your selection will be automatically attached to the request. When possible, the publications are also directly downloadable as pdf. A download link is then provided.
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Kromasil EternityXT.
Designed for extended lifetime
Chemical stable HPLC media for preparative chromatography. -
Kromasil - Beyond expectations.
UHPLC columns with Kromasil 1.8 μm particle size for the highest efficency.
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Kromasil - Moving faster.
Columns with 2.5 µm particles for your HPLC / UHPLC.
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Kromasil HILIC - First choice for polar compound separation.
Kromasil HILIC-D is designed for the best selectivity of polar compounds. The diol derivatized Kromasil HILIC-D provides excellent reproducibility and a robust column that is 100% MS compatible..
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Eternity PhenylHexyl - For your HPLC and UHPLC.
The Eternity PhenylHexyl phase provides you with an alternative selectivity compared to a traditional alkyl chain or a polar embedded phase, especially when the analytes of interest contain an aromatic ring..
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Kromasil Eternity - Designed for long life.
Imagine working under virtually no pH restrictions during method development. That’s exactly what Kromasil Eternity™ allows you to.
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Kromasil - For your analytical HPLC.
Kromasil is known, worldwide, for its high performance and excellent total economy in preparative and industrial scale HPLC. We have taken advantage of our High Performance Concept in large scale HPLC and made Kromasil the perfect choice also for your analytical HPLC separations..
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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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Kromasil product catalogue.
All Kromasil phases are manufactured in-house. It stands for the silica matrix as well as the subsequent derivatization steps.
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Kromasil – Application Guide.
In this guide we have collected examples of a variety of chromatographic separations, from small synthetic pharmaceuticals, up to peptides and larger molecules. We hope this guide will be a useful tool when developing new HPLC separation methods in your lab.
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Kromasil Chiral - AmyCoat and CelluCoat – Polysaccharide-based chiral HPLC phases for better performance.
With an in-house developed silica matrix and coated with a functionalized amylose or cellulose selector, Kromasil® AmyCoat™ and Kromasil® CelluCoat™ stretch the limits for analytical and industrial chiral chromatography.
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Kromasil Chiral - AmyCoat and CelluCoat - Application Guide.
Various enantiomers separated by chiral chromatography with condition descriptions.
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Kromasil AmyCoat RP.
Developed to give you the choice to run chiral separations under reversed phase conditions. Kromasil AmyCoat RP is based on the same in-house developed silica matrix and the same selector, tris-[3,5-dimethylphenyl] carbamoyl amylose as Kromasil AmyCoat.
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Kromasil CelluCoat RP.
Designed to give you a highly efficient chiral stationary phase for reversed phase chiral chromatography. Kromasil CelluCoat RP is based on the same in-house developed silica matrix and the same selector, tris-[3,5-dimethylphenyl] carbamoyl cellulose as Kromasil CelluCoat.
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Kromasil Chiral – DMB and TBB - The technical evidence.
Two phases of covalently bonded chiral network polymer that may be used in any solvent for HPLC, SFC or SMB/MCC.
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Kromasil Chiral – DMB and TBB - Application guide.
In order to take full advantage of the inherent separation power of Kromasil Chiral DMB and TBB, it is important that your chromatographic conditions are optimized. This handbook is a guide to your successful optimization.
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Kromasil – Phenyl.
For wettability and alternative selectivity.
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Kromasil – Diol.
The perfect complementary phase for your NP and RP separations.
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Kromasil 300 Å.
For your protein separations.
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Product data sheets – Kromasil 60 Å.
SIL, CN and Diol.
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Product data sheets – Kromasil 100 Å.
SIL, C4, C8, C18, NH2 and Phenyl.
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Product data sheets – Kromasil 300 Å.
SIL, C4, C8 and C18.
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Product data sheets – Kromasil Chiral.
DMB and TBB.
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Availability of Kromasil.
HPLC bulk media.
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Analytical versus Preparative and Production-Scale HPLC: Some Considerations.
Robert Fredriksson, Innovations in Pharmaceutical Technology, Issue 40 (2012), 16-18.
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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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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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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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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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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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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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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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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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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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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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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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Considerations about HPLC Separation Process Development Routes.
Gregor Mann, Dieter Reinig, Schering AG, Berlin, Germany. Prep ’96, Washington DC.
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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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Design of a HPLC Separation Process.
Gregor Mann and Co-workers, Schering AG, Berlin Germany. ACS Chromatography Symposium, New Orleans.
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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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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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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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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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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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Reflections on Packing Medias.
Gregor Mann, Schering AG, Berlin, Germany. Prep ’95 Georgetown University, Washington DC.
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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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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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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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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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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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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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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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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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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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A new generation of analytical HPLC Products.
Ekeroth, Johan et al (Pittcon 2009).
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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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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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Optimization of silica-based RPLC material for peptide purification .
Anders Törncrona, Britt Kofoed-Hansen, and Per Jageland (SPICA 2008).
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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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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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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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General approach for the development of preparative peptide separations.
Sylvia Winkel Pettersson, Bernt Larsson (TIDES 2007).
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Loadability – what does it mean to preparative chromatographers.
Sylvia Winkel Pettersson, Britt Kofoed-Hansen (SPICA 2006).
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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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Utilizing self displacement effects in RP-HPLC purification of peptides.
Sylvia Winkel Pettersson, Britt Kofoed-Hansen and Jörg Scheuerlein (2005).
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Kromasil Phenyl.
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Kromasil Diol.
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Kromasil 300Å for Macromolecular Analysis and Separation.
Anders Törncrona, Ulrika Andersson, Johan Ekeroth (2005).
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RP-Chromatography at elevated pH - Factors for success.
Britt Kofoed-Hansen, Johan Ekeroth (2005).
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Kromasil Analytical Performance.
