Atlantis Premier BEH Z-HILIC Column, 1.7 µm, 2.1 mm X 100 mm

Catalog No :

CAS Number :

Brand :

Availability :

In Stock

Terms and Conditions
30-day money-back guarantee
Shipping: 2-3 Business Days

    This combination does not exist.

    Place Inquiry

    This combination does not exist.

    Specifications:
    Application HPLC
    Storage Temperature Room Temperature
    Product Type columns
    Product Grade Analytical grade

    Atlantis Premier BEH Z-HILIC Columns are high-performance liquid chromatography (HPLC) columns designed for advanced hydrophilic interaction chromatography (HILIC). These columns are engineered to enhance polar analyte retention and provide unique selectivity, enabling robust method development for HILIC applications. Built on ethylene-bridged hybrid (BEH) particles and paired with MaxPeak High Performance Surface hardware technology, they offer superior performance, including reduced analyte/surface interactions for improved peak shape and signal intensity.

    Key Features

    1. Enhanced Polar Analyte Retention:
      • Provides unique selectivity for polar compound analysis.
      • Ideal for method development in HILIC separations.
    2. Particle Technology:
      • Rugged ethylene-bridged hybrid (BEH) particles for superior stability.
      • Spherical particle shape with 1.7 µm size ensures consistent results.
    3. Wide pH Stability:
      • Operates across a pH range of 2–10, accommodating a broad range of analytes and methods.
    4. MaxPeak High Performance Surface Technology:
      • Reduces unwanted interactions between analytes and column hardware.
      • Improves peak shape and minimizes signal loss.
    5. High Pressure Tolerance:
      • Maximum pressure of 18,000 psi (1240 Bar), suitable for UHPLC and UPLC systems.
    6. Zwitterionic Chemistry:
      • Sulfobetaine bonding technology ensures stable and unique selectivity.
      • Enables enhanced separation of highly polar compounds.

    Specifications

    ParameterValue
    ChemistrySulfobetaine (Zwitterion)
    Separation ModeHydrophilic Interaction (HILIC)
    Particle SubstrateHybrid
    Particle ShapeSpherical
    Particle Size1.7 µm
    Pore Size95 Å
    pH Range2–10
    Maximum Pressure18,000 psi (1240 Bar)
    Carbon Load17%
    Surface Area270 m²/g
    USP ClassificationL122
    Inner Diameter2.1 mm
    Length100 mm
    FormatPremier Column
    EndcappedNo
    Endfitting TypeParker-style
    System CompatibilityUHPLC, UPLC
    eCord TechnologyYes

    Applications

    • Polar Analyte Separation:
      • Optimal for separating highly polar compounds that are challenging in traditional reversed-phase chromatography.
    • Pharmaceutical Analysis:
      • Suitable for drugs, metabolites, and small polar molecules.
    • Biomolecule Characterization:
      • Ideal for sugars, amino acids, and hydrophilic peptides.
    • Complex Mixture Analysis:
      • Designed for challenging matrices in environmental, food, and clinical research.

    Benefits

    FeatureBenefit
    Wide pH RangeAccommodates diverse analytes and methods for flexibility in method development.
    High Pressure CompatibilitySuitable for high-efficiency separations on modern UHPLC and UPLC systems.
    MaxPeak Surface TechnologyReduces peak tailing and signal loss caused by analyte/surface interactions.
    Unique SelectivityOffers different retention profiles compared to traditional HILIC chemistries.
    Robust Particle DesignEnhances column durability and method reproducibility.

    Compatibility

    • Compatible with UHPLC and UPLC systems, ensuring optimal performance in high-resolution separations.
    • Designed for labs handling high-throughput analyses, complex matrices, and demanding workflows.

    Atlantis Premier BEH Z-HILIC Columns offer unmatched performance in polar compound separations, making them a top choice for demanding HILIC applications in pharmaceutical, environmental, and biological research.

    Product Specification not found.
    Resources file not found.


    Add a Review

    Rate this Product  
    Name *
    Email *

    Your Review *
    28466





    0

    0  Reviews
    (0) 
    (0) 
    (0) 
    (0) 
    (0) 

    Customer Review




    Showing 0 Of 0