Q Ceramic HyperD® F PRC Column - 1 mL

Q Ceramic HyperD® F is a strong anion exchanger for biomolecule purification. The pre-packed 1 mL PRC column enables quick and easy start-up, and is ideal for resin and condition screening, and for process step optimization.

Bed Volume
Price (USD):
$121.00
Item No.: 
PRC05X050QCHDF01
Availability: 

*Custom/bulk order quotes are provided within 72 hours of request.

Q Ceramic HyperD™ F ion exchange chromatography resin is designed using proprietary 'gel-in-a-shell' design that provides rapid mass transfer and effective binding. It relies on a high capacity hydrogel, polymerized within the gigapores of a rigid ceramic bead.

Features and Benefits

- High dynamic binding capacity at high flow rates
- Truly rigid, non-compressible resin


Applications

- Recombinant proteins
- Plasmid purification
- Purification of enzymes, plasma proteins
- Vaccines
- IgM
- Polishing of MAbs

Applications

  • Application
    Resin screening and process optimization

Compliance Information

  • Quality Standards
    • CoA
    • RSF

Dimensions

  • Bead Size
    50 µm
  • Bed Height
    50 mm
  • Dimensions
    5 x 50 mm

General Specifications

  • Flow Rate
    typically 300 to 600 cm/h (1 to 2 mL/min) with < 1.5 bar (22psi)
  • Resin Format
    Pre-packed column

Materials of Construction

  • Base Matrix
    Ceramic Beads

Operating Conditions

  • Operating Pressure
    < 3 barg (44psi)
  • pH Stability
    1 to 14 (short term), 2 to 12 (long term)

Physicochemical Information

  • Bed Volume
    1 mL
  • Ligand
    Quaternary amine
  • Ligand Density
    > 250 µeq/mL
  • Reference Protein
    Bovine serum albumin (BSA)
  • Typical Dynamic Binding Capacity 10% per mL
    > 85 mg/mL BSA

Product Information

  • Brand
    Q Ceramic HyperD™
  • Pack Size
    1 column per pack
  • Pack Volume
    1 mL
  • Resin Delivery Condition
    20% EtOH/150 mM NaCl
  • Resin Type
    Strong anion exchanger
  • What you receive
    1 column, instructions

Storage Conditions

  • Storage Conditions
    20% EtOH/1M NaCl