Thermo Scientific™

ProSwift™ Phenyl (Ph) Reversed Phase HPLC Column, Monolith, 1 mm x 50 mm

Catalog number: 164586TS
Thermo Scientific™

ProSwift™ Phenyl (Ph) Reversed Phase HPLC Column, Monolith, 1 mm x 50 mm

Catalog number: 164586TS
Run high resolution protein separations with Thermo Scientific™ ProSwift™ RP-10R LC Columns. These reversed-phase monolith columns deliver the outstanding resolving power of nonporous analytical media combined with faster separations at elevated temperature. ProSwift polymer monolith columns achieve long column lifetime, exhibit reproducibility even after hundreds of runs.
 
Catalog Number
164586TS
also known as 164586
Unit Size
Each
Particle Size
Monolith
Diameter (Metric)
1 mm
Length (Metric)
50 mm
Price (USD)
Full specifications
Column ChemistryPhenyl
Column FormatAnalytical Column
Diameter (Metric)1 mm
Flow Rate5 mL/min
For Use WithLC/MS
Length (Metric)50 mm
Max. Pressure2800 psi (190 bar)
Particle SizeMonolith
pH1 to 14
SolventsMost common Organic Solvents
Temperature70°C
Stationary PhasePhenyl (Ph)
Packing MaterialMonolith Polymer
Column TypeReversed Phase
PhaseReversed Phase
TypeAnalytical Column
Unit SizeEach
Showing 1 of 1
Catalog NumberSpecificationsUnit SizeParticle SizeDiameter (Metric)Length (Metric)Price (USD)
164586TS
also known as 164586
Full specifications
EachMonolith1 mm50 mmRequest A Quote
Column ChemistryPhenyl
Column FormatAnalytical Column
Diameter (Metric)1 mm
Flow Rate5 mL/min
For Use WithLC/MS
Length (Metric)50 mm
Max. Pressure2800 psi (190 bar)
Particle SizeMonolith
pH1 to 14
SolventsMost common Organic Solvents
Temperature70°C
Stationary PhasePhenyl (Ph)
Packing MaterialMonolith Polymer
Column TypeReversed Phase
PhaseReversed Phase
TypeAnalytical Column
Unit SizeEach
Showing 1 of 1

Each monolith is a single cylindrical polymer rod containing an uninterrupted, interconnected network of flow-through channels of a specific pore size.

Small high resolution channels (R) size (low permeability)
These channels and the monolith's nonporous surfaces provide fast mass transfer for the high-resolution and fast protein separations. The increased surface area of the monolith morphology results in high resolution separations.

Advantages of High Resolution at High Temperatures
  • High temperature operation for fast separations with excellent resolution for LC-MS applications
  • Outstanding reproducibility and ruggedness
  • High loading capacity

Fast, Sensitive Protein Separations

  • High speed protein separations
  • High sensitivity for LC-MS
  • High column-to-column reproducibility
  • Superior lifetime

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