Hiden analytical launches new CATLAB brochure featuring QGA 2.0 mass spectrometer

Published: 18-Feb-2024

Advancing catalyst characterisation with precision and innovation

Hiden Analytical is proud to announce the release of a new brochure for its flagship CATLAB system, now featuring the advanced QGA 2.0 mass spectrometer. This enhanced CATLAB system marks a significant advancement in catalyst characterisation and reaction studies, offering unparalleled precision and insights for researchers and industry professionals.

Advanced features of CATLAB system with QGA 2.0

  • Rapid response furnace: Integrated air-cooling with heating rates of 1-20°C/min up to 1000°C.
  • Interchangeable catalyst cartridge: Unique design for seamless operation.
  • Close-coupled hot-zone probe: Direct QIC inlet ensures <500 ms response time for evolved species detection.
  • In-bed thermocouple: Direct catalyst temperature measurement.
  • Gas stream manifold options: Automatic 4 (or optional 8) gas stream control with independent mass flow controllers.
  • Corrosion-resistant configurations: Available for enhanced durability.
  • Real-time analysis: Seamless data acquisition and PC analysis for real-time studies.

CATLAB system applications

The CATLAB system is perfect for a variety of applications, including:

  • TPD/TPO/TPR
  • Catalysis
  • Catalyst screening
  • Pulse chemisorption
  • Pulse calibration
  • Dispersion measurements
  • Adsorption isotherms
  • Reaction studies

Enhanced software capabilities

The CATLAB software offers full control over MS data acquisition, mass flow controllers, temperature profiles, and switching valves. It includes robust data analysis routines for determining catalyst properties and supports analysis of up to 16 gases.

New brochure highlights

The updated brochure showcases the technical specifications, key features, and benefits of the CATLAB system. It emphasises the integration of the QGA 2.0 mass spectrometer, enhancing the system's performance with high sensitivity and rapid response for detecting a broad range of gases.

 

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