HPLC Columns
Mac-Mod Princeton 2CN:DIOL 100 Å, 3 µm, 4.6 x 150 mm SFC Column
Princeton Chromatography Achiral SFC columns are designed and manufactured in the US, well known for innovating novel and robust workhorse phase chemistries, for the analysis of achiral SFC applications. Princeton designs myriad phase chemistries to improve the selectivity and efficiency of SFC analysis. Known for originally innovating the 2-EP phase chemistry, explore what Princeton has to offer. Columns are available from analytical to preparative sizes and are available in a wide range of pore sizes, particle sizes, column ID's and lengths. If you do not see something that you want, please just ask!
Waters Corp Waters Bondapak Column, C18, 300Å, 15–20 μm
Bondapak C18 is available in two different particle sizes, 15–20μm and 37–55μm, offering easy method transfer from μBondapak through preparative scale up. This product provides an optimal balance between resolution, throughput, and cost for those developing new purification protocols.
- Available in two particle sizes: 15–20μm and 37–55μm.
- Facilitates easy method transfer from μBondapak to preparative scale up.
- Offers the best balance of resolution, throughput, and cost.
Waters Corp Waters Column, 80 Å, 5 μm, 4.6 mm X 200 mm
Spherisorb SAX columns contain a silica-based quaternary ammonium bonded sorbent. This column is classified as USP L14 and is designed for anion-exchange separations.
- Chemistry: Anion-exchange
- Separation mode: Ion-exchange
- Particle substrate: Silica
- pH range: 2 to 8
- Maximum pressure: 6000 psi (415 Bar)
- Endcapped: No
- Bonding technology: SAX
- Silanol activity: High
- Particle shape: Spherical
- Endfitting type: Parker-style
- Surface area: 220
- System compatibility: HPLC
- USP classification: L14
- Carbon load: 4%
- Pore size: 80 Å
- Particle size: 5 μm
- Inner diameter: 4.6 mm
- Length: 200 mm
- Units per package: 1 pk
Bia Separartions Inc QA-1 ADVANCED COMPOSITE COLUMN
CIMmultus™ QA-1 Advanced Composite Column (Quaternary amine) (Pores 6 μm)
YMC America, Inc Tri BioC18 300A 1.9um 50x2.1mm
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 BioC18 300A 1.9um 100x2mm
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 BioC18 300A 1.9um 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
Mac-Mod Princeton 2-Ethylpyridine 60 Å, 1.8 µm, 2.1 x 75 mm SFC Column
Princeton Chromatography Achiral SFC columns are designed and manufactured in the US, well known for innovating novel and robust workhorse phase chemistries, for the analysis of achiral SFC applications. Princeton designs myriad phase chemistries to improve the selectivity and efficiency of SFC analysis. Known for originally innovating the 2-EP phase chemistry, explore what Princeton has to offer. Columns are available from analytical to preparative sizes and are available in a wide range of pore sizes, particle sizes, column ID's and lengths. If you do not see something that you want, please just ask!
Mac-Mod Princeton PA (Propylacetamide) 60 Å, 10 µm, 7.8 x 50 mm SFC Column
Princeton Chromatography Achiral SFC columns are designed and manufactured in the US, well known for innovating novel and robust workhorse phase chemistries, for the analysis of achiral SFC applications. Princeton designs myriad phase chemistries to improve the selectivity and efficiency of SFC analysis. Known for originally innovating the 2-EP phase chemistry, explore what Princeton has to offer. Columns are available from analytical to preparative sizes and are available in a wide range of pore sizes, particle sizes, column ID's and lengths. If you do not see something that you want, please just ask!
Waters Corporation Prep Column, C18, 125Å, 5 μm, 7.8 mm X 50 mm
XTerra Prep columns utilize patented Hybrid Particle Technology, engineered for preparative applications in discovery and development laboratories. This design supports routine operation across a broad pH range of 1–12, enabling up to 60X more loading capacity. This increased capacity translates to fewer injections for the same pure material or more material with the same number of injections, also facilitating the use of shorter columns for faster production.
- C18 chemistry
- Reversed phase separation mode
- Hybrid particle substrate
- pH range of 1–12
- Temperature limits up to 60°C
- Maximum pressure of 6000 psi (415 Bar)
- Particle size of 5 μm
- Pore size of 125 Å
- Inner diameter of 7.8 mm
- Length of 50 mm
- Up to 60X more loading capacity
- Shorter columns for faster material production
Waters Corp Waters XTerra MS C18 Column, 5 μm, 4.6 x 30 mm
XTerra HPLC Columns are hybrid particle (silica co-polymer) stationary phases. Their methylene bridged particles combine high efficiency with polymer stability. Designed for Mass Spectrometry (MS) applications, these columns provide sharp peaks, good sensitivity, large peak capacities, and an expanded pH range.
- Hybrid (silica co-polymer) stationary phase.
- Methylene bridged particles for efficiency and polymer stability.
- Expanded pH range (1–12) for versatile separations.
- High mechanical strength and excellent peak shape for bases.
- Optimized for Mass Spectrometry (MS) applications.
- Sharp peaks, good sensitivity, and large peak capacity.
- Trifunctional bonding chemistries ensure long column lifetimes.
- High throughput, excellent resolution, and ultra-low bleed.
- Easy scale-up from analytical to preparative chromatography.
Mac-Mod Evosphere INERT 100 Å, C18/AR, 3 µm, 2.1 x 150 mm Monodisperse Fully Porous Particle Column in Inert-Coated Hardware
Evosphere UHPLC and HPLC columns are 100 A Monodispersed Fully Porous Silica-based columns designed to combine the benefits of Fully Porous and Core-Shell particle technology into an improved particle design and morphology that brings cutting-edge loading capacity to ultra-high-resolution particle columns. The Monodispersed Particles provide similar efficiency to Core-Shell products when comparing them directly via particle size matching and significantly increase loadability which allows ultra-high resolution analytical separations to scale to preparative separations for isolation work if needed. The bonded phase chemistries are exciting as well to maximize selectivity with novel C12 bonded phase, 2 multi-modal C18/AR, and C18/PFP bonded phases, an extended and stabilized phenyl funtionality in the Diphenyl bonded phase, a polar endcapped AQUA phase, a Phenyl-Hexyl phase, a propyl PFP phase and the RP18-Amide bonded phases which is great for doing bases at low pH.
Waters Corp Waters OBD Prep Column, C18, 100 Å, 10 μm, 19 mm x 250 mm
The Waters SunFire C18 OBD Prep Column is a preparative HPLC column with C18 chemistry, ideal for method development and purification at low pH. It offers high stability and retention, integrating an Optimum Bed Density design for superior chromatographic performance in mass spectrometry applications.
- Greater low pH stability.
- Optimum Bed Density (OBD) column design.
- Advanced silica synthesis and bonding technologies.
- Improved peak shape performance.
- Withstands pressures up to 6000 psi (415 Bar).
- Highly retentive for basic compounds.
- Achieves sharp peaks, good sensitivity, and low bleed in mass spectrometry.
- Offers outstanding resolution, speed, and low back-pressure.
Advanced Materials Technology HALO 160 PHENYL-HEXYL 2.7
HALO BIOCLASS Phenyl-Hexyl 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). HALO 160 Å peptide columns are optimized for high performance in HPLC, UHPLC, and LCMS peptide applications.