HPLC Columns and Cartridges
Agilent Technologies POROSHELL STABLEBOND 300 C8, 2
Poroshell StableBond 300 C8, 2.1 x 75 mm, 5 µm Column
Optimize Technologies OPTI-PAK™ Trap Column, 5µL, C4, 5pk
The OPTI-PAK™'s unique hardware design integrates a PEEK holder with an auto-adjusting stem which provides a fluid interface with any 10-32 standard injector port, and guarantees a zero-dead-volume connection despite variances in tube stop depth. A proprietary method of frit placement allows the packed stem to be positioned directly into the flow path, which eliminates all excess swept volume. Less swept volume translates to absolute minimum sample dilution and dispersion. The elegant, flexible design of OPTI-PAK™ makes it amenable to virtually any trapping application. Installing an OPTI-PAK™ into the outlet of a switching valve will facilitate the trapping, desalting, and pre-concentration of an analyte mixture. With OPTI-PAK™s versatility, a second trap can be added downstream in the loop of an injection valve and effectively perform a 2D separation.
Optimize Technologies OPTI-PAK™ Trap Column, 2µL, C18, 5pk
The OPTI-PAK™'s unique hardware design integrates a PEEK holder with an auto-adjusting stem which provides a fluid interface with any 10-32 standard injector port, and guarantees a zero-dead-volume connection despite variances in tube stop depth. A proprietary method of frit placement allows the packed stem to be positioned directly into the flow path, which eliminates all excess swept volume. Less swept volume translates to absolute minimum sample dilution and dispersion. The elegant, flexible design of OPTI-PAK™ makes it amenable to virtually any trapping application. Installing an OPTI-PAK™ into the outlet of a switching valve will facilitate the trapping, desalting, and pre-concentration of an analyte mixture. With OPTI-PAK™s versatility, a second trap can be added downstream in the loop of an injection valve and effectively perform a 2D separation.
Optimize Technologies OPTI-PAK™ Trap Column, 0.25µL, C4, 5pk
The OPTI-PAK™'s unique hardware design integrates a PEEK holder with an auto-adjusting stem which provides a fluid interface with any 10-32 standard injector port, and guarantees a zero-dead-volume connection despite variances in tube stop depth. A proprietary method of frit placement allows the packed stem to be positioned directly into the flow path, which eliminates all excess swept volume. Less swept volume translates to absolute minimum sample dilution and dispersion. The elegant, flexible design of OPTI-PAK™ makes it amenable to virtually any trapping application. Installing an OPTI-PAK™ into the outlet of a switching valve will facilitate the trapping, desalting, and pre-concentration of an analyte mixture. With OPTI-PAK™s versatility, a second trap can be added downstream in the loop of an injection valve and effectively perform a 2D separation.
YMC America, Inc Triart PFP col 120A 5um 75x2mm
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 Ph 120A 3um 250x4.6mm
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 TriC18 ExRS PKLn 5um 50x4.6mm
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 Tri Ph 120A 5um 150x30mm
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 Triart PFP 120A 5um 250x4mm
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 TDH col 120A 5um 150x6mm
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 Triart PFP 120A 5um 150x30mm
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
Waters Corp XBridge Protein BEH SEC Column, 200Å, 2.5 μm, 4.6 mm X 300 mm
This XBridge Protein BEH SEC Column features 2.5 μm Ethylene Bridged Hybrid (BEH) particles and a diol-bonded surface coating. It is designed for separating proteins from 10,000 to 450,000 Daltons, offering consistent performance, exceptional pH stability, and great particle efficiency. This column is suitable for LC-MS assays, quality-control, and UPLC technology transitions.
- Particle size: 2.5 μm
- Pore size: 200 Å
- Dimensions: 4.6 mm X 300 mm
- Molecular weight range: 10,000 to 450,000 Daltons
- pH range: 2.5 to 8
- Temperature limits: 60°C
- Maximum pressure: 6,500 psi (448 Bar)
- Compatible with UHPLC, UPLC, and HPLC systems
Waters Corp CORTECS C18+ Column, 90 Å Pore Size, 2.7 μm Particle Size, 2.1 mm ID x 100 mm L
These columns are general purpose, charged surface, high efficiency C18 columns based on solid-core particles, designed to deliver excellent peak shape for basic analytes at low pH. They enable resolution of complex mixtures and increased throughput by lowering the A, B, and C terms of the van Deemter equation.
- Delivers excellent peak shape for basic analytes at low pH.
- Solid-core particle technology enhances performance by reducing axial diffusion and improving heat transfer.
- Increases sample throughput while maintaining or improving peak capacities by raising flow rates.
- Allows shorter column lengths for faster separations without compromising resolution.
- Offers outstanding selectivity for resolution.
- Innovative particle-surface modifications enable faster method development.
- Provides excellent chromatographic performance across a wide pH range of 2 to 8.
Waters Corporation Column, HSS, 100Å, 2.5 μm, 4.6 mm, 75 mm
The HSS T3 column features a low-coverage C18 phase, compatible with 100% aqueous mobile phase, ideal for developing separations of both polar and non-polar compounds. These columns exhibit ultra-low MS bleed, are fully scalable and transferable to UPLC separations. Packed in ultra-low dispersion hardware, the 2.5 μm XP columns offer exceptional separation performance, robustness, and throughput for HPLC assays, facilitating a seamless transition to UPLC.
- Low-coverage C18 phase compatible with 100% aqueous mobile phase
- Ideal for developing polar and non-polar compound separations
- Exhibits ultra-low MS bleed
- Fully scalable and transferable to UPLC separations
- Packed in ultra-low dispersion hardware
- Delivers exceptional separation performance, robustness, and throughput for HPLC assays
- Seamless transition path toward UPLC adoption