Description
- 1450 °C furnace temperature for quantitative, matrix-independent pyrolysis
- Industry-leading performance
- Blank-free oxygen detection
- Outstanding robustness
- 10 year warranty on thermo-conductivity detector cell
- Integrated 120 position autosampler as standard
- Patented ball valve for blank-free sample transfer
High-quality, high-temperature oxygen analysis
Oxygen analysis using pyrolytic conversion techniques can place a lot of demands on instrument technology, as pyrolysis temperatures of up to 1,450°C are necessary to guarantee highly precise and matrix-independent results. These extreme analysis conditions can only be fulfilled by high-end solutions like the rapid OXY cube, which achieves full conversion of sample oxygen into carbon monoxide.
Even persistent organic substances are digested under these conditions, as well as most inorganic materials, and the results can be detected matrix-independently. In addition, the novel backflush technology also guarantees blank-free measurements of the most difficult samples.
Highest temperature for the highest precision
Recent improvements in Elementar’s instrument technology have allowed the rapid OXY cube to deliver oxygen concentration analyzes with unprecedented precision (a standard deviation of <0.1% absolute) and improved convenience, with the large dynamic measurement range allowing sample weights of below 1 mg, as well as up to 300 mg, to be processed.
Efficient, automated performance
The rapid OXY cube offers unmatched user-friendliness: it is optimized for unattended overnight operation, and the pyrolysis reactor can be used for several thousands of samples.
