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Thermo Scientific™ µPAC™ Neo HPLC Columns
Description
Learn more about your proteomics samples with Thermo Scientific™ μPAC™ Neo Plus HPLC columns. Taking your performance even further, our μPAC Neo Plus column line offers higher resolution than the previous generation of μPAC™ Neo columns, ensuring that you can extract the maximum amount of information from highly complex samples using low-flow chromatography. Column installation is simple and reliable with Thermo Scientific™ nanoViper™ Fingertight Fittings.
The μPAC Neo Plus column range is the ideal choice for a variety of proteomics experiments, including fast label-free quantitation, comprehensive identification, and single cell analysis.
Performance and Robustness
μPAC Neo Plus columns operate at moderate pressures, allowing for longer flow paths that increase separation performance and sensitivity. Operating at lower back pressures also extends column lifetime.
Column-to-Column Reproducibility
The unique micromachining manufacturing of our μPAC Neo Plus column line produces columns that are virtually identical. This results in increased injection-to-injection and column-to-column reproducibility, providing you with greater confidence in your results throughout the duration of a research study.
Perfect Flow Path Order
μPAC Neo Plus columns are designed with a perfect flow path order, eliminating heterogeneous flow paths. The ordered flow path of the columns minimizes dispersion to the overall separation, resulting in sharper and more intense chromatographic peaks.
Simple column setup with starter kits
μPAC Neo Plus Column Kits include all accessories required to run µPAC Neo Plus columns with a Thermo Scientific™ EASY-Spray™ source.
Specifications
Specifications
| CAS | 67-56-1, 59729-32-7 |
| Column Format | Double nanoViper |
| Flow Rate | 300 to 3000 nL/min |
| For Use With | EASY-Spray ion source |
| Includes | HT µPAC Neo Plus column, ACC-VSP2006, ACC-VSP2050, ACC-GRNDC, ES994 |
| Max. Pressure | 6526 psi (450 bar) |
| pH | 1.5 to 7 |
| Pore Size | 100 to 300 Å |
| Linear Formula | C19H21ClFNO · HBr |
| Concentration | 15 μg/mL in methanol (each analyte) |
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