BASIK Mobile Phase Filter Degasser Requirements and Accessories - Tech Information
May 16, 2016
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Date: 16-MAY-2016   Last Updated: 19-AUGUST-2026

Overview

The BASIK™ Mobile Phase Filter Degasser is designed to remove particulate matter and dissolved gases from HPLC mobile phases before they enter the chromatographic system.

When operated under vacuum, the system helps:

  • Remove particulate contaminants
  • Reduce dissolved oxygen
  • Reduce dissolved carbon dioxide
  • Improve mobile phase quality
  • Support consistent chromatographic performance

Although the unit incorporates a sintered glass support filter, additional components are required for proper operation.


Required Membrane Filters

A disposable membrane filter disc must always be installed during use.

Compatible Filter Sizes

  • 47 mm diameter membrane filters

Available Pore Sizes

  • 0.22 µm
  • 0.45 µm

Selection should be based on laboratory procedures and filtration requirements.

Available Membrane Materials

Nylon Membranes

Commonly used for:

  • Aqueous mobile phases
  • Organic solvents
  • General-purpose HPLC filtration

PTFE Membranes

Commonly used for:

  • High organic solvent content
  • Normal Phase chromatography
  • Aggressive solvent systems

Membrane filters are supplied separately from the degasser assembly.


Vacuum Source Requirements

The BASIK™ Mobile Phase Filter Degasser requires a vacuum source to perform degassing and filtration.

Acceptable options may include:

  • Laboratory vacuum pumps
  • Central laboratory vacuum systems
  • Dedicated filtration vacuum systems

The selected vacuum source should be appropriate for use with laboratory glassware and compatible with the operating requirements of the filtration system.


Vacuum Tubing Requirements

Suitable vacuum tubing is required to connect the degasser assembly to the vacuum source.

The tubing should provide:

  • Secure vacuum connections
  • Chemical compatibility
  • Adequate vacuum performance

Users should select tubing appropriate for their laboratory vacuum system.


Glassware Safety Considerations

Because the BASIK™ Filter Degasser is constructed from glass, the vacuum source should be properly regulated.

Excessive vacuum levels may:

  • Place unnecessary stress on the glass assembly
  • Reduce equipment life
  • Increase the risk of glass breakage

Always follow laboratory safety procedures and vacuum equipment recommendations.


Typical Applications

The BASIK™ Mobile Phase Filter Degasser is commonly used for:

  • HPLC mobile phase preparation
  • Solvent filtration
  • Solvent degassing
  • Mobile phase reservoir preparation
  • Routine chromatography laboratory operations

Proper filtration and degassing can help improve system performance and reduce chromatography-related issues.


Recommended System Components

For complete operation, the following components are recommended:

  • BASIK™ Mobile Phase Filter Degasser
  • 47 mm membrane filter discs
  • Appropriate vacuum source
  • Vacuum tubing
  • Suitable solvent reservoir containers

Together, these components form a complete mobile phase filtration and degassing system.


Key Takeaways

  • The BASIK™ Mobile Phase Filter Degasser requires disposable 47 mm membrane filters.
  • Filter pore sizes of 0.22 µm and 0.45 µm are available.
  • Nylon and PTFE membrane options support different solvent systems.
  • A dedicated vacuum source and vacuum tubing are required.
  • Proper vacuum control helps protect the glass filtration assembly.
  • The system is designed to both filter particulates and remove dissolved gases from HPLC solvents.

Additional Resources

For BASIK™ filter degasser specifications, mobile phase filtration equipment, product images, and ordering information, view:  BASIK™ Mobile Phase Filter Degasser Specifications, Solvent Filtration Equipment, Product Images, and Ordering Information

For membrane filter specifications, pore size options, membrane material selection guidance, chemical compatibility information, and ordering resources, view: Membrane Filter Specifications, Chemical Compatibility Charts, Filtration Selection Guide, and Ordering Information


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