Thermo Scientific 068103 100mL Dionium Extraction Cell and Miscellaneous box

Product Information

The Thermo Scientific 068103 100mL Dionium Extraction Cell and accessories box contains versatile equipment suitable for a range of laboratory applications. The Dionium ASE 350 Extraction Cell is resistant to low concentrations of mineral acids and strong bases, making it ideal for the automated solvent extraction of solid and semisolid samples, reducing sample preparation time from hours to minutes. It supports expanded choices of pretreated matrices and post-treatment adsorbents for in-cell cleanup. The temperature sensor and microsensor adapter cable offer accurate and stable measurements for Nitric Oxide, Hydrogen Peroxide, and Hydrogen Sulfide micro sensors. The Parker Balston Pressure Temperature Sensor and other miscellaneous accessories are valuable additions for Dionex ASE systems. The equipment is in new condition and comes with a comprehensive set of accessories, as shown in the photos.

• Resistant to low concentrations of mineral acids and strong bases
• Automated solvent extraction capabilities
• Accurate and stable temperature measurements
• Support for a variety of pretreated matrices and adsorbents

• Material: Dionium
• For use with equipment: Dionex ASE 150/350
• Type: Extraction Cells
• Volume: 100 mL
• Temperature Sensor: 2.0 mm tip diameter platinum RTD electrode
• Microsensor Adapter Cable for Nitric Oxide, Hydrogen Peroxide, Hydrogen Sulfide micro sensors
• Parker Balston Pressure Temperature Sensor and miscellaneous accessories
• Six Clear glass bottles sample liquid storage containers

Metric: 16.329 kg

Imperial: 36.0 lb

Metric: 25.0 cm x 20.0 cm x 20.0 cm
Imperial: 9.843 in x 7.874 in x 7.874 in

902790

This code covers instruments and apparatus for physical or chemical analysis, including spectrometers, chromatography instruments, and laboratory microscopes. The Dionium Extraction Cell and its accessories fall under this category due to their application in laboratory analysis and accurate measurement processes.