UMISIL™ C18 Columns
Actual product may vary
UMISIL™ C18 Columns
UMISIL™ C18 Columns

UMISIL™ C18 Columns

Perfom robust and reliable separations with a range of C18 columns for your analytical workflows.

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Catalog NumberLength (Metric)Pore Size
100002-154630150 mm130 Å
Catalog number 100002-154630
HSN 90279090
Price (INR)
53,824.00
Each
Length (Metric):
150 mm
Pore Size:
130 Å
Price (INR)
53,824.00
Each

Analyze with confidence using Thermo Scientific™ UMISIL™ HPLC columns which are built on a foundation of providing robust, reproducible and reliable HPLC separations. Available as three distinct C18 phases, they provide the analyst with a range of options when selecting columns for their analytical workflow.

UMISIL C18(1) columns are designed for general purpose use in routine environments and offer selectivity over a wide range of applications.

UMISIL C18(2) columns are applicable for use for a broad range of compounds. With reduced silanol activity which minimise the interactions of analytes with residual silanol groups, UMISIL C18(2) columns provide exceptional reliability in QC/QA labs, with minimal peak tailing, even for basic analytes.

UMISIL C18(3) columns provide excellent peak shape and resolution for your applications. UMISIL C18(3) columns are endcapped, ultrapure silica-based columns which deliver excellent resolution and sensitivity.

The UMISIL column range have been designed to deliver chromatographic separations which are:

  • Highly robust
  • Rugged
  • Reproducible

These results in high quality analytical data for a wide range of applications including: pharmaceutical QA/QC testing, environmental and food safety analysis.

Specifications
Column FormatAnalytical Column
Diameter (Metric)4.6 mm
Length (Metric)150 mm
Max. Pressure5800 psi (400 bar)
Particle Size5 μm
pH2 to 8
Pore Size130 Å
Surface Area170 m²/g
Temperature60°C
USP TypeL1
Stationary PhaseC18
Packing MaterialSpherical, Fully Porous, Base-Deactivated Silica
Carbon Load11%
Column TypeReversed Phase
EndcappedYes
PhaseReversed Phase
Unit SizeEach