Thermo Scientific™

μPAC™ Neo Low-Load Trapping Columns

Catalog number: COL-TRPLOLONEOB2
Thermo Scientific™

μPAC™ Neo Low-Load Trapping Columns

Catalog number: COL-TRPLOLONEOB2

Combine Thermo Scientific™ μPAC™ Neo low-load trapping columns with μPAC Neo low-load HPLC columns for optimal performance of bottom-up proteomics experiments. Specifically designed for single-cell proteomics applications, these trapping columns support the use of TMT-labeled samples, with up 10 ng of sample load.

 
Catalog Number
COL-TRPLOLONEOB2
Unit Size
Pack of 2
Price (USD)
Price: 950.00
Your price:
Full specifications
Quantity
Flow Rate5 to 20 μL/min
Max. Pressure5800 psi (400 bar)
pH1.5 to 7
Porosity59%
Temperature40°C
Stationary PhaseC8
Packing MaterialSilicon Chip
Column TypeMicro Pillar Array
EndcappedYes
PhaseReversed Phase
Bed Length10 mm
Bed Width2 mm
Interpillar Distance2.5 μm
Pillar Diameter5 μm
Pillar Length18 μm
Unit SizePack of 2
Showing 1 of 1
Catalog NumberSpecificationsUnit SizePrice (USD)Quantity
COL-TRPLOLONEOB2Full specifications
Pack of 2
Price: 950.00
Your price:
Flow Rate5 to 20 μL/min
Max. Pressure5800 psi (400 bar)
pH1.5 to 7
Porosity59%
Temperature40°C
Stationary PhaseC8
Packing MaterialSilicon Chip
Column TypeMicro Pillar Array
EndcappedYes
PhaseReversed Phase
Bed Length10 mm
Bed Width2 mm
Interpillar Distance2.5 μm
Pillar Diameter5 μm
Pillar Length18 μm
Unit SizePack of 2
Showing 1 of 1

Sample Preconcentration - Perform sample preconcentration in your preferred workflow, with both back flush and forward flush mobile phase direction capabilities.

Decreased Sample Loading Times - Shorten low-flow HPLC analysis run times by injecting your samples at 5-10 μL/min.

Sample Clean-up - Effectively remove salts, reagents, and contaminants that have no affinity for hydrophobic stationary phases from your samples, increasing your analytical column's lifetime and improving spectral quality and detection sensitivity.

Figures

Documents & Downloads

Certificates

    Frequently asked questions (FAQs)

    Citations & References

    Search citations by name, author, journal title or abstract text