Agilent Polaris HPLC columns offer many unique phase chemistries designed to retain both polar and nonpolar analytes, reliably and with excellent peak shape. The various Polaris phases are based on modified C8 and C18 bonded phases, each offering different selectivities. The combination of high phase density bonding, ultrapure silica, and silanol shielding provides outstanding chromatography with highly polar samples.
Agilent Polaris HPLC columns offer many unique phase chemistries designed to retain both polar and nonpolar analytes, reliably and with excellent peak shape. The various Polaris phases are based on modified C8 and C18 bonded phases, each offering different selectivities. The combination of high phase density bonding, ultrapure silica, and silanol shielding provides outstanding chromatography with highly polar samples.
Agilent Polaris HPLC columns offer many unique phase chemistries designed to retain both polar and nonpolar analytes, reliably and with excellent peak shape. The various Polaris phases are based on modified C8 and C18 bonded phases, each offering different selectivities. The combination of high phase density bonding, ultrapure silica, and silanol shielding provides outstanding chromatography with highly polar samples.
Agilent Polaris HPLC columns offer many unique phase chemistries designed to retain both polar and nonpolar analytes, reliably and with excellent peak shape. The various Polaris phases are based on modified C8 and C18 bonded phases, each offering different selectivities. The combination of high phase density bonding, ultrapure silica, and silanol shielding provides outstanding chromatography with highly polar samples.
The Pursuit family of HPLC columns offer strong performance in a variety of common phase chemistries. Columns are available in many dimensions, particle sizes, and pore sizes to fit various needs. Media is scalable from analytical all the way up to preparative dimensions.
The Pursuit family of HPLC columns offer strong performance in a variety of common phase chemistries. Columns are available in many dimensions, particle sizes, and pore sizes to fit various needs. Media is scalable from analytical all the way up to preparative dimensions.
The Pursuit family of HPLC columns offer strong performance in a variety of common phase chemistries. Columns are available in many dimensions, particle sizes, and pore sizes to fit various needs. Media is scalable from analytical all the way up to preparative dimensions.
The Pursuit family of HPLC columns offer strong performance in a variety of common phase chemistries. Columns are available in many dimensions, particle sizes, and pore sizes to fit various needs. Media is scalable from analytical all the way up to preparative dimensions.
ZORBAX 80Å StableBond columns are made using bulky, patented, unique silanes that sterically protect the siloxane bond. Acid labile endcapping reagents are not used. The result is vastly improved column life and extraordinary chemical and temperature stability in the pH 1–6 range for a wide variety of phases (SB-Aq, SB-C3, SB-CN, SB-Phenyl, SB-C8, and SB-C18).
Eclipse Plus columns provide the ultimate in performance for silica-based columns. Peak shape for the Eclipse Plus is excellent for the most challenging basic compounds, improving efficiency and resolution with these sample types.
Eclipse Plus columns provide the ultimate in performance for silica-based columns. Peak shape for the Eclipse Plus is excellent for the most challenging basic compounds, improving efficiency and resolution with these sample types.
Eclipse Plus columns provide the ultimate in performance for silica-based columns. Peak shape for the Eclipse Plus is excellent for the most challenging basic compounds, improving efficiency and resolution with these sample types.
Agilent ZORBAX Eclipse XDB columns – C18, C8, Phenyl and CN – provide four bonded phase choices for method development optimization. These columns provide good peak shape over a wide pH range (2–9) for additional method development flexibility with one family of columns.
Agilent ZORBAX Eclipse XDB columns – C18, C8, Phenyl and CN – provide four bonded phase choices for method development optimization. These columns provide good peak shape over a wide pH range (2–9) for additional method development flexibility with one family of columns.
ZORBAX 80Å StableBond columns are made using bulky, patented, unique silanes that sterically protect the siloxane bond. Acid labile endcapping reagents are not used. The result is vastly improved column life and extraordinary chemical and temperature stability in the pH 1–6 range for a wide variety of phases (SB-Aq, SB-C3, SB-CN, SB-Phenyl, SB-C8, and SB-C18). Excellent peak shape is expected for many basic compounds because…
ZORBAX 80Å StableBond columns are made using bulky, patented, unique silanes that sterically protect the siloxane bond. Acid labile endcapping reagents are not used. The result is vastly improved column life and extraordinary chemical and temperature stability in the pH 1–6 range for a wide variety of phases (SB-Aq, SB-C3, SB-CN, SB-Phenyl, SB-C8, and SB-C18). Excellent peak shape is expected for many basic compounds because…
ZORBAX 80Å StableBond columns are made using bulky, patented, unique silanes that sterically protect the siloxane bond. Acid labile endcapping reagents are not used. The result is vastly improved column life and extraordinary chemical and temperature stability in the pH 1–6 range for a wide variety of phases (SB-Aq, SB-C3, SB-CN, SB-Phenyl, SB-C8, and SB-C18). Excellent peak shape is expected for many basic compounds because…
ZORBAX 80Å StableBond columns are made using bulky, patented, unique silanes that sterically protect the siloxane bond. Acid labile endcapping reagents are not used. The result is vastly improved column life and extraordinary chemical and temperature stability in the pH 1–6 range for a wide variety of phases (SB-Aq, SB-C3, SB-CN, SB-Phenyl, SB-C8, and SB-C18). Excellent peak shape is expected for many basic compounds because…
Eclipse Plus columns provide the ultimate in performance for silica-based columns. Peak shape for the Eclipse Plus is excellent for the most challenging basic compounds, improving efficiency and resolution with these sample types.
Agilent Mass Profiler Professional (MPP) software is a powerful chemometrics platform designed to exploit the high information content of MS data and can be used in any MS-based differential analysis to determine relationships among two or more sample groups and variables.
The Agilent MassHunter METLIN Metabolomics Database and Library enable streamlined metabolite identification to facilitate understanding of global metabolic changes that can occur in a biological system. Available as a comprehensive database of metabolites (PCD) that optionally includes MS/MS spectra (PCDL).
The 1260 Infinity II Preparative Fraction Collector is optimized for laboratories performing semipreparative-scale purification of milligram to low gram quantities with typical flow rates between 4 and 100 mL/min. The module features the full set of collection modes and is compatible with a wide variety of trigger sources. SBS plates and four different tube sizes with various lengths are supported.
The diode array design of the 1260 Infinity II Multiple Wavelength Detector offers very low detector noise (less than ±7 µAU) for precise quantification of trace levels, regardless of the number of signals recorded. Over a wavelength range from 190 to 950 nm, simultaneous detection of up to eight compound-specific wavelengths for optimum selectivity is provided. High-speed UV detection with up to 120 Hz data rates keeps pace w…
The 1260 Infinity II Preparative Binary Pump is an affordable high-pressure gradient pump for LC purification. The pump offers a dynamic flow rate range from 1 to 50 mL/min at up to 420 bar, allowing workflows on columns from 9.4 to 30 mm inner diameter.
The 1260 Infinity II Variable Wavelength Detector enables highest productivity with fast analysis at up to 120 Hz data rates. Even more sample information can be acquired in dual-wavelength mode. Time-programmable wavelength switching provides optimum sensitivity and selectivity for your applications.
