Advanced Materials Technology are pleased to announce HALO® Fused-Core® Selectivity Toolkits – containing 3 columns and available for a limited time – to help bring develop HPLC methods with the speed and efficiencies of UHPLC methods! Available with pore sizes of 90 Å for small molecule analysis and 1,000 Å for biomolecule analysis, each column in the toolkit can be screened under the same mobile phase conditions to help you develop your ultra-fast separation quickly and efficiently....

There has been a great deal of emphasis in recent years on the use of sub-2 µm particle sizes for increasing chromatographic efficiency and decreasing method runtimes, but phase selectivity remains the most powerful factor in altering resolution. Advanced Chromatography Technologies’ novel ACE phases are available in 1.7 µm particles, so you can leverage both their unique chemistries and high efficiencies to achieve your ultra-fast separation....

The potential to increase chromatographic efficiency and resolution along with significant savings in solvent cost and analysis time have driven the uptake of UHPLC to many application areas. Now you can easily convert your HPLC method using the FREE ACE Translator Tool and benefit from all that UHPLC has to offer!The FREE ACE Translator Tool is available for the practising chromatographer now. Translate both isocratic and gradient methods with ease. To download this vital FREE resource simply....

Although there has been a great deal of emphasis in recent years on the use of sub-2 µm particle sizes for increasing chromatographic efficiency and decreasing method runtimes, phase selectivity remains the most powerful factor in altering resolution. Advanced Chromatography Technologies offer their industry-leading novel ACE phases in 1.7 µm particles, so you can leverage both their unique chemistries and high efficiencies to achieve your ultra-fast separation....

Overcome (U)HPLC method development challenges systematically and efficiently using ultra-high purity ACE HPLC columns with the ChromSword 2 method development software. The ACE ChromSword 2 Method Development Kit includes 6 carefully chosen alternative selectivity ACE phases...

Following the success of the FREE ACE HILIC Method Development Protocol Wall Poster, Advanced Chromatography Technologies Limited is excited to introduce another vital free tool for your method development arsenal – the ACE Reversed-Phase Systematic Method Development Protocol Wall Poster. This A2 poster is perfect for the laboratory wall and outlines a step-by-step approach to reversed-phase method development specifically designed to help you develop your separation faster and more efficiently....

ACE Method Development Kits group together three industry-leading ACE phases with complementary selectivities to aid in the separation of closely related analytes in your mixtures. Screening each of the phases under the same mobile phase conditions can help you achieve your desired separation faster and increase your lab’s productivity. Each kit contacting three columns is available for the same price as a single column!...

Following the success of the FREE ACE HILIC Method Development Protocol Wall Poster, Advanced Chromatography Technologies Limited is excited to introduce another vital free tool for your method development arsenal – the ACE Reversed-Phase Systematic Method Development Protocol Wall Poster. This A2 poster is perfect for the laboratory wall and outlines a step-by-step approach to reversed-phase method development specifically designed to help you develop your separation faster and more efficiently....

HILIC can be helpful for the retention and separation of many polar analytes. New ACE HILIC Method Development Kits are now available to provide you with an unrivalled screening platform for your HILIC analysis. The ACE HILIC Method Development Kit groups together the acidic character ACE HILIC-A phase, the basic character ACE HILIC-B phase, and the neutral character ACE HILIC-N phase; each offering alternative selectivity – all for the price of a single column!

New ACE HILIC Method Development Kits

HILIC method development offers a unique opportunity for the successful separation of many polar analytes. However, it also presents a unique set of challenges to the liquid chromatographer.

Achieve successful HILIC separations using a systematic approach to HILIC method development.

This free 38 page HILIC Method Development Technical Guide and free A2 Wall Chart illustrate a tried and tested approach to HILIC method development. HILIC method development presents a unique set of challenges to the liquid chromatographer and this protocol will save you hours of frustration and wasted effort....

Advanced Chromatography Technologies Limited is introducing a range of three exciting new selectivities for HILIC.

These novel proprietary phases have been developed to enable chromatographers to achieve reproducible and successful HILIC separations using a systematic approach to method development. The three phases comprise of an acidic character phase (ACE HILIC-A), a basic character phase (ACE HILIC-B) and a neutral character phase (ACE HILIC-N); each phase offering alternative selectivity....

The ACE LC Translator is a universal tool that has been designed to help simplify and streamline the process of LC Method Transfer and Method Translation.

Streamline LC Method Transfer and LC Method Translation using the new ACE LC Translator tool.

Interested in LC applications for explosives, epinastine, echinacea and entacapone? Or maybe in any one of 1000’s of other analytes from amphetamines to tyrosine?

Advanced Chromatography Technologies (ACT) Limited have recently published a new and comprehensive LC Applications Guide which brings together a huge range of latest LC and LC-MS applications from fields including Pharmaceutical, Clinical, Environmental, Forensic & Bioanalysis, Food & Beverage, LC-MS and more....

Interested in LC applications for caffeine, cannabinoids, catecholamines and cytotoxic agents? Or maybe in anyone of 1000’s of other analytes from amino acids to vitamins?

Advanced Chromatography Technologies (ACT) Limited have recently published a new and comprehensive LC Applications Guide which brings together a huge range of latest LC and LC-MS applications from fields including Clinical, Forensic & Bioanalysis, Environmental, Food & Beverage, Pharmaceutical, LC-MS and more....

Need applications for Screens for Drugs of Abuse and Pesticides?

Advanced Chromatography Technologies (ACT) Limited have recently published a new and comprehensive LC Applications Guide bringing together over 340 of the latest LC and LC-MS applications from a wide range of fields including Clinical, Forensic & Bioanalysis, Environmental, Food & Beverage, Pharmaceutical, LC-MS and more....

Request your free copy today!

Advanced Chromatography Technologies (ACT) Limited have recently published a new and comprehensive LC Applications Guide bringing together over 340 of the latest LC and LC-MS applications from a wide range of fields including Clinical, Forensic & Bioanalysis, Environmental, Food & Beverage, Pharmaceutical, LC-MS and more....

This new high stability amino phase from Advanced Chromatography Technologies is ideal for the analysis of sugars.

ACE Amino is one of a wide range of carefully engineered ACE UHPLC/HPLC phases. These phases incorporate the latest developments in stationary phase technology in order to provide chromatographers with more choices for alternative selectivity but without compromising stability or robustness. Phases include the ACE C18-AR which combines the hydrophobic characteristics of a C18 phase with the aromatic selectivity of a phenyl phase, the ACE C18-PFP...

New applications notes from Advanced Chromatography Technologies (ACT) include Amino Acid Enantiomers in Seawater, Amino Acid Profile of the Edible Stink Bug, Brazilian Red Propolis Biomarkers, Caffeoylquinic and Dicaffeoylquinic Acids, Ginsenosides from Chinese Medicine, Paralytic Shellfish Toxins, a 300 Pesticide Screen, Phenolic Compounds from Red Grape Seed, Tocopherols and Sugars.

All application notes are available individually or in the newly extended ACE Food and Beverage LC Applications Guide, which now includes over 100 food & beverage LC and LC-MS related application notes. Please contact us for your free copy. Advanced Chromatography Technologies also offer a comprehensive range of HPLC and UHPLC Method Development Kits. These Kits are convenient and extremely cost effective providing up to 3 columns for the cost of a single column....

A new Clinical, Forensic and Bioanalysis LC Applications Guide has been published by Advanced Chromatography Technologies Limited.

New microbore format LC columns from Advanced Chromatography Technologies Limited are available with two end-fitting options, a standard LC 1/16” fitting and a smaller 1/32” (6-40 thread) option, to provide full compatibility with all manufacturers’ instrumentation. Both 0.5mm and 1.0mm i.d.s are available in a wide range of lengths and all ACE microbore columns are pressure rated to 400 bar / 6000 psi.

To coincide with the 7th International Symposium on Recent Advances in Food Analysis (RAFA), which took place on 3rd - 6th November 2015 in Prague, Advanced Chromatography Technologies (ACT) have published a new Food and Beverage LC Applications Guide.

This new guide brings together 90 of the latest and hottest food & beverage LC and LC-MS related applications from chocolate analysis to pesticide analysis, from preservatives to vitamins and from steroids to caffeine. Please contact us for your free copy. Advanced Chromatography Technologies also offer a comprehensive range HPLC and UHPLC Method Development Kits. These Kits are convenient and extremely cost effective providing up to 3 columns for the cost of a single column.

ACE Method Development Kits are designed to maximise selectivity – the key to resolution in chromatography. 

A complete range of kits for all requirements is available, including kits featuring porous, solid-core and bioanalytical 300Å particle columns. These kits group together the essential column chemistries for method development. Specific products include the Advanced Method Development Kit (C18, C18-AR and C18-PFP chemistries available in 1.7, 2, 3 and 5µm porous particles), the Extended Method Development Kit (SuperC18, C18-Amide and CN-ES chemistries available...

ACE columns offer chromatographers an extremely powerful and reliable approach to UHPLC and HPLC method development.

ACE Advanced Selectivity Phases offer chromatographers an extremely powerful tool for UHPLC method development and are now available with an ultra-inert, high efficiency 1.7µm particle size.

ACE UltraCore SuperC18 has been specifically designed for demanding MS application work and is based on high efficiency, low back pressure solid-core particles with a unique Encapsulated Bonding Technology (EBT).

This technology dramatically increases ligand coverage on the solid-core silica surface and consequently provides a number of key advantages for MS users. Advantage Number 1 for MS Users: Improved Peak Shape and MS Signal Intensity - ACE UltraCore SuperC18 columns have earned a well deserved reputation for delivering highly efficient symmetrical peaks, even with the most challenging of molecules. The use of a highly efficient column exhibiting minimal peak tailing will result in an improved MS signal response.....

New Microbore MS Optimised (U)HPLC Columns

Advanced Chromatography Technologies Limited have launched new 0.5mm and 1.0mm i.d. microbore ACE UltraCore columns, based on high efficiency, low back pressure solid-core particles with unique Encapsulated Bonding Technology (EBT). These columns have been specifically designed for demanding MS application work and deliver extremely efficient, highly symmetrical peak shapes, which ensures improved MS signal intensity. The SuperC18 phase is...

Advanced Chromatography Technologies’ range of Advanced Selectivity phases offers chromatographers an extremely powerful tool for UHPLC and HPLC method development.

These phases incorporate the latest developments in LC stationary phase design to provide chromatographers with more choices for alternative selectivity but without compromising stability or robustness. ACE Advanced Selectivity phases are engineered to have complementary, yet differing mechanisms of interaction with your challenging analyte samples and all phases are fully scalable, highly reproducible and give excellent peak shape...

Advanced Chromatography Technologies is pleased to announce the launch of a range of ultra low dispersion, high quality pre-column filters, especially designed for UHPLC and HPLC applications. 

One of the most common causes of LC column failure is particulate material collecting on the inlet frit of the column, causing high back pressure and/or distortion of peak shape. By one estimate, over 70% of LC column failures are caused by inlet frit plugging. UHPLC columns, especially those packed with sub-2μm size particles, are particularly vulnerable to inlet frit plugging. Advanced Chromatography Technologies offers three different ranges of pre-column filters, each designed for column specific protection...

ACE CN-ES is a new range of UHPLC and HPLC columns from Advanced Chromatography Technologies Limited

These columns incorporate the latest in stationary phase design, combining CN polar selectivity with enhanced hydrophobicity, enabling the benefits of both interactions to be fully exploited. The unique ligand design of the ACE CN-ES incorporates an extended alkyl chain spacer between the silica surface and cyano group, which gives extra phase stability and increased column lifetime. ACE CN-ES is suitable for both reversed-phase and normal-phase separations and can be used in 100% aqueous mobile phase conditions. Particle sizes of 2, 3, 5 and 10µm are available...

ACE® C18-PFP is a unique C18 bonded HPLC column from Advanced Chromatography Technologies, which has been developed to provide alternate selectivity to all existing C18 bonded phases. The phase combines the hydrophobic characteristics of a C18 phase with the alternate selectivity offered by a pentafluorophenyl (PFP) phase - enabling the benefits of multiple interactions to be fully exploited..