HPLC Columns
Mac-Mod ProntoSIL C8 SH, 120 Å, 10 µm, 3.0 x 75 mm HPLC Column
ProntoSIL HPLC columns produce great results, while at the same time being an economical column. Columns are packed in 400 bar HPLC hardware. There are several RPLC, HILIC, NPLC and Application Specific Columns with over 25 different bonded phases which are sure to solve your separation issues.
Advanced Materials Technology HALO 160 ES-C18 5 2.1 X
HALO BIOCLASS ES-C18 Peptide columns made with innovative Fused-Core particle technology are ideal for both ultrafast and ultrahigh resolution separations of peptides and polypeptides up to 20 kDa. HALO peptide columns offer comparable peak capacity to sub-2 μm non-core columns at 40–50% back pressure (2.7 μm), and 20% higher peak capacity than sub-2 μm non-core columns at comparable back pressure (2 μm). HALO 160 Å peptide columns are optimized for high performance in HPLC, UHPLC, and LCMS peptide applications.
Waters Corp Waters XSelect HSS PFP Column, 3.5 μm, 4.6 x 30 mm, Fluoro-Phenyl
These XSelect HSS PFP columns are designed for high-speed liquid chromatography, offering exceptional selectivity for bases or planar aromatic compounds. They use High Strength Silica (HSS) technology, providing superior mechanical strength and diverse retention characteristics.
- Fluorinated phases offer alternatives to standard C18 phases for enhanced selectivity.
- Designed for improved selectivity of bases or planar aromatic compounds.
- High strength silica (HSS) technology provides unique retention characteristics.
- HSS particles enhance polar compound retention and offer different selectivity.
- Ensures excellent reproducibility and method transferability.
- Seamlessly scalable across various particle sizes and column formats.
- Features low column bleed and excellent batch-to-batch reproducibility.
Advanced Materials Technology HALO 400 ES-C18 3.4 1.0
HALO BIOCLASS ES-C18 400 Å Protein columns made with innovative large pore Fused-Core particle technology provide narrower peaks and better recoveries for high resolution separations of large biomolecules such as mAbs, versus smaller pore size columns. HALO 400 Å columns are optimized for high performance in HPLC, UHPLC, and LCMS large molecule applications delivering excellent reproducibility and column lifetimes.
Mac-Mod MONOBIO HILIC Term-Amide 180 Å, 1.8 μm, 2.1 x 100 mm Monodisperse UHPLC Column
MONOBIO Term-Amide is a silica based particle with a terminyl amide bonded phase utliized for the analysis of glycans
YMC America, Inc ODS-AM 120A 3um 5x0.5mm 1/32
YMC-Pack ODS-AM is produced with specific emphasis on lot-to-lot reproducibility of the packing material Strict manufacturing control is performed on all aspects of quality including physical properties of the silica base gel as well as surface modifying processes ensuring exceptional reproducibility
Waters Corp Waters XBridge BEH C18 Column, 5 μm, 2.1 mm, 30 mm
This BEH C18 sorbent is engineered for high-performance liquid chromatography (HPLC) method development, functioning across a wide mobile phase pH range of 1-12. Its trifunctionally bonded C18 ligand offers a universal column for diverse HPLC separations, providing superior low pH stability and ultra-low column bleed, ideal for LC/MS assays or quality control.
- Functions across a mobile phase pH range of 1-12.
- Offers superior low pH stability and ultra-low column bleed.
- Extends column lifetime and reduces lab costs via enhanced pH stability.
- Improves column reliability and assay robustness.
- Delivers exceptional peak shape and capacity by increasing particle efficiency.
- Utilizes specialized bonding and end-capping for ligand stability at low pH.
- Exhibits minimal retention loss or peak shape deterioration.
- Demonstrates high durability under high pH settings.
Waters Corp Waters C18 OBD Prep Column, 100Å, 5 μm, 30 mm x 250 mm
SunFire C18 columns are designed for low pH method development, providing high retention for basic compounds. Ideal for purification and impurity profile assays, they offer excellent low-pH stability and high chromatographic efficiency. Proprietary technologies ensure superior peak shapes and greater sensitivity, enabling seamless scale-up from analytical to preparative applications.
- Excellent low-pH stability.
- High chromatographic efficiency.
- Superior peak shapes for charged analytes.
- Symmetrical peaks for improved resolution and quantitation.
- Greater sensitivity.
- OBD Column design for equivalent performance during scale-up.
YMC America, Inc Carotenoid 5um 5x.5mm 1/16
YMC Carotenoid is a C30 bonded silica-based reversed phase column that is markedly more hydrophobic than classical C18 phases Even when pure organic eluents are applied many sample solutes are retained The YMC Carotenoid C30 stationary phase provides sufficient phase thickness to enhance interaction with long chain molecules therefore geometric and positional isomers of conjugated double-bonding systems are recognized and resolved It can be used to separate carotenoids in blood samples food products natural product extracts and commercial preparations In addition YMC Carotenoid operates with low aqueous or non-aqueous mobile phases that are desirable in LC/MS and prep fraction recovery
YMC America, Inc TriPh Acc 120A 1.9um 150x2.1mm
YMC-Triart phases are based on organic/inorganic hybrid particles that combine the high mechanical stability and efficiency of a silica-based packing material with the robust chemical stability of a polymer-based packing material This versatile resin is produced using tightly controlled particle formation technology adapted from micro-reactor technology The resulting uniform particle and pore size distributions as well as the smooth surface greatly contribute to excellent peak shape and separation reproducibility In addition YMC-Triart materials are highly resilient and robust when used at extreme pH elevated temperature and high pressure
YMC America, Inc Tri C18 120A 3um 100x.3mm 1/32
YMC-Triart phases are based on organic/inorganic hybrid particles that combine the high mechanical stability and efficiency of a silica-based packing material with the robust chemical stability of a polymer-based packing material This versatile resin is produced using tightly controlled particle formation technology adapted from micro-reactor technology The resulting uniform particle and pore size distributions as well as the smooth surface greatly contribute to excellent peak shape and separation reproducibility In addition YMC-Triart materials are highly resilient and robust when used at extreme pH elevated temperature and high pressure
YMC America, Inc Tri C8-S 120A 10um 100x4.6mm
YMC-Triart phases are based on organic/inorganic hybrid particles that combine the high mechanical stability and efficiency of a silica-based packing material with the robust chemical stability of a polymer-based packing material This versatile resin is produced using tightly controlled particle formation technology adapted from micro-reactor technology The resulting uniform particle and pore size distributions as well as the smooth surface greatly contribute to excellent peak shape and separation reproducibility In addition YMC-Triart materials are highly resilient and robust when used at extreme pH elevated temperature and high pressure
YMC America, Inc ODS-AL col 120A 3um 100x4.6mm
YMC-Pack ODS-AL is a non-endcapped high carbon load monomeric C18 phase It exhibits different selectivity from conventional ODS columns due to the use of not only hydrophobic interaction but also secondary interactions caused by silanol groups YMC-Pack ODS-AL is intended for use only in those situations where residual silanol activity is beneficial to the separation
YMC America, Inc TriBioC4 3um 100x.075mm1/16
YMC-Triart phases are based on organic/inorganic hybrid particles that combine the high mechanical stability and efficiency of a silica-based packing material with the robust chemical stability of a polymer-based packing material This versatile resin is produced using tightly controlled particle formation technology adapted from micro-reactor technology The resulting uniform particle and pore size distributions as well as the smooth surface greatly contribute to excellent peak shape and separation reproducibility In addition YMC-Triart materials are highly resilient and robust when used at extreme pH elevated temperature and high pressure