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HYPERSIL HPCL COLUNM 150X4 MM 3UM BDS C18

The Thermo Scientific™ Hypersil™ BDS C18 HPLC Column (150 × 4.0 mm, 3 µm) is a high-performance reversed-phase analytical HPLC column designed for reliable and reproducible chromatographic separations in pharmaceutical, biotechnology, environmental, food, clinical, and quality control laboratories. Built on the renowned Hypersil silica backbone, this column utilizes base-deactivated silica (BDS) technology to minimize residual silanol activity, resulting in improved peak shape, excellent reproducibility, and consistent analytical performance.

Featuring a 150 mm column length, 4.0 mm internal diameter, and 3 µm particle size, the Hypersil BDS C18 column offers high separation efficiency, excellent resolution, and reliable retention for a wide range of acidic, basic, and neutral compounds. The end-capped C18 stationary phase reduces secondary interactions, making it an ideal choice for routine HPLC analysis and method development.

SKU: 28103-154030 Category: Brand:

Specifications

Parameter Specification
Product Type Reversed-Phase HPLC Column
Brand Thermo Scientific™
Product Line Hypersil™ BDS
Stationary Phase C18
Column Dimensions 150 × 4.0 mm
Internal Diameter 4.0 mm
Particle Size 3 µm
Column Format Analytical Column
Packing Material Spherical Fully Porous Base-Deactivated Silica
End-Capped Yes
USP Classification L1
Pore Size 130 Å
Carbon Load 11%
Surface Area 170 m²/g
pH Range 2–8
Maximum Pressure 400 bar (5800 psi)
Maximum Temperature 60°C
Application HPLC Analysis

Features

  • High-performance reversed-phase HPLC analytical column
  • Thermo Scientific™ Hypersil™ BDS product line
  • Column dimensions: 150 × 4.0 mm
  • 3 µm particle size for high separation efficiency
  • Base-deactivated silica (BDS) technology
  • End-capped C18 stationary phase
  • Reduced residual silanol activity
  • Excellent peak symmetry and reproducibility
  • Fully porous spherical silica packing
  • 130 Å pore size
  • 11% carbon loading
  • Surface area of 170 m²/g
  • USP L1 classification
  • Operating pH range 2–8
  • Maximum operating pressure 400 bar (5800 psi)
  • Suitable for routine HPLC analysis and method development
  • Excellent column durability and long service life

Benefits

  • Excellent Chromatographic Performance: Base-deactivated silica technology minimizes unwanted silanol interactions, producing sharp and symmetrical peaks.
  • High Separation Efficiency: The 3 µm particle size provides excellent resolution and reproducible chromatographic results.
  • Reliable Routine Analysis: Designed for demanding QA/QC laboratories requiring consistent performance over extended use.
  • Broad Compound Compatibility: Suitable for separating acidic, basic, and neutral compounds across various analytical applications.
  • Improved Method Reproducibility: Consistent packing quality ensures repeatable retention times and analytical results.
  • Wide Application Range: Ideal for pharmaceutical testing, environmental analysis, food safety, biotechnology, and research laboratories.
  • Long Column Lifetime: Durable fully porous silica packing provides excellent mechanical stability and extended operational life.
  • Easy Method Transfer: Standard analytical dimensions allow straightforward integration into existing HPLC methods.

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