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Use the Thermo Scientific™ PepMap™ Neo Trap Cartridge with PepMap™ Neo UHPLC Columns to filter impurities from your peptide mapping samples.
Learn more about your proteome samples with Thermo Scientific™ μPAC™ Neo HPLC columns.
Pore Size | 100 to 300 Å |
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Stationary Phase | C18 |
Temperature | 60°C |
Phase | Reversed Phase |
Endcapped | Yes |
Packing Material | Silicon Chip |
pH | 1.5 to 7 |
Max. Pressure | 6526 psi (450 bar) |
Robust capillary flow HPLC columns for sensitive protein, peptide and mAbs separation using the stand alone or integrated easy to use design.
Phase | Reversed Phase |
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Use for high-resolution tryptic, natural, and synthetic peptide analyses. Its high loading capacity is exceptional for low abundant peptides in complex proteomic samples.
Pore Size | 100 Å |
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Stationary Phase | C18 |
Phase | Reversed Phase |
USP Type | L1 |
Use as a robust, general-purpose column for a wide range of applications in QC/QA labs.
Carbon Load | 11% |
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Stationary Phase | C18 |
Phase | Reversed Phase |
Endcapped | Yes |
Column Type | Reversed Phase |
Surface Area | 170 m²/g |
USP Type | L1 |
Use these endcapped, ultrapure, silica-based columns to generate exceptional peak shape and resolution for HPLC and LC/MS analyses using generic gradients
Use as a general purpose C18 phase for acidic and neutral analytes.
Pore Size | 120 Å |
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Carbon Load | 10% |
Stationary Phase | C18 |
Temperature | 60°C |
Phase | Reversed Phase |
Endcapped | Yes |
Column Type | Reversed Phase |
pH | 2 to 8 |
Surface Area | 170 m²/g |
USP Type | L1 |
Perform Native-MS analysis of biomacromolecules with the NativePac OBE-1 SEC Column designed for rapid exchange of non-volatile buffer components with a volatile buffer.
Use for enhanced retention of polar compounds and separation of structurally related analytes with stability at pH extremes and high temperature.
Use the efficient and selective Thermo Scientific™ Hypersil™ Silica LC Columns for normal phase chromatography of nonpolar and moderately polar organic compounds.
Pore Size | 120 Å |
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Stationary Phase | Silica |
Temperature | 60°C |
Phase | Normal Phase |
Column Type | Normal Phase |
pH | 2 to 8 |
Surface Area | 170 m²/g |
USP Type | L3 |
Analyze sugars with this versatile amino propyl phase of Thermo Scientific™ Hypersil™ APS-2 Amino LC Columns.
Pore Size | 120 Å |
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Carbon Load | 2% |
Stationary Phase | Amino (NH2) |
Temperature | 60°C |
Phase | Reversed Phase, Normal Phase, Ion Exchange, HILIC |
Endcapped | No |
Surface Area | 170 m²/g |
USP Type | L8 |
Use these cyano columns when you need different selectivity in normal phase or a complementary selectivity to alkyl chain bonded phases in reverse phase.
Pore Size | 120 Å |
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Particle Size | 5 μm |
Carbon Load | 4% |
Stationary Phase | Cyano (CN) |
Temperature | 60°C |
Phase | Normal and Reversed Phase |
Endcapped | Yes |
Column Type | Mixed Mode |
pH | 2 to 8 |
Surface Area | 170 m²/g |
Max. Pressure | 5800 psi (400 bar) |
USP Type | L10 |
Obtain an excellent combination of speed and quality of separation using these solid core columns that are optimized for LC-MS and UHPLC-MS methods.
Pore Size | 80 Å |
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Particle Size | 2.6 μm |
Carbon Load | 7% |
Phase | Reversed Phase |
Endcapped | Yes |
Column Type | Reversed Phase |
pH | 2 to 9 |
Surface Area | 130 m²/g |
Particle Shape | Spherical Solid Core |
Featuring a lower hydrophobicity than C18 or C8 columns, Thermo Scientific™ Hypersil GOLD™ C4 columns provide outstanding sensitivity and high efficiency.
Pore Size | 175 Å |
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Carbon Load | 5% |
Stationary Phase | C4 |
Temperature | 60°C |
Phase | Reversed Phase |
Endcapped | Yes |
Column Type | Reversed Phase |
pH | 2 to 8 |
Surface Area | 220 m²/g |
USP Type | L26 |
Use this column, with its specially designed solid core, for a broad range of nonpolar analytes across multiple applications.
Pore Size | 80 Å |
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Particle Size | 2.6 μm |
Carbon Load | 9% |
Stationary Phase | C18 |
Temperature | 70°C |
Phase | Reversed Phase |
Endcapped | Yes |
Column Type | Reversed Phase |
pH | 1 to 11 |
Surface Area | 130 m²/g |
Particle Shape | Spherical Solid Core |
USP Type | L1 |