Restek SGT Baseplate Single Position plus SGT Superclean Gas Filter Kit

• Purifying carrier gases for gas chromatography (GC) systems to improve baseline stability and detector performance.
• Ensuring high-purity fuel gases for flame ionisation detectors (FIDs) and other GC detectors.
• Protecting sensitive mass spectrometry (MS) systems from contaminants that can cause signal interference or damage.
• Supplying ultra-pure gases for laboratory analytical instruments requiring clean gas streams.
• Removing oxygen, moisture, and hydrocarbons from inert gases used in various laboratory processes.

Typical filtration capability

Commonly removes oxygen, moisture, and hydrocarbons to sub-ppm levels for analytical purity.

Connection type

Typically designed for 1/8" tubing, with adapters often available for 1/4" tubing.

Baseplate material

For this class of equipment, baseplates are commonly constructed from brass for durability.

Filter cartridge types

Units of this type typically accommodate various cartridges, including triple filters (oxygen, moisture, hydrocarbon) and dedicated fuel gas filters.

Footprint (single position)

A single-position baseplate typically measures around 10 cm x 10 cm x 5 cm, offering a compact design.

End fitting materials

Commonly available with end fittings in brass or stainless steel to suit different application requirements.

• What contaminants does this system typically remove?

  This type of gas purification system is designed to remove common contaminants such as oxygen, moisture, and hydrocarbons from gas streams, crucial for analytical applications.

• Is this system compatible with all laboratory gases?

• How often do the filter cartridges need to be replaced?

• Can this unit be expanded for multiple gas lines?

• What tubing sizes are compatible with this system?

Gas supply and monitoring systems are regarded as critical infrastructure in laboratory and pharmaceutical settings. Buyers typically prioritise reliability, accuracy of monitoring, and compliance with safety standards when purchasing used equipment. Key considerations include maintenance history, calibration records, and compatibility with existing facility systems. These systems generally offer good value when sourced from well-maintained stock, with durability and consistent performance being notable strengths. Proper verification of function and documentation remains essential before purchase.

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