multi X 2500
multi X 2500 - the all-rounder for AOX analysis
Wide range of applications - AOX, EOX, POX, TOC, TX/TOX sum parameters
Vertical and horizontal sample introduction
High sample throughput and precise measurements
Simple determination of adsorbable organically bound halogens
The multi X 2500 is a versatile all-rounder. The device offers easy operation, a wide range of application options and a high degree of automation.
Sophisticated sampling systems:
• fully or partially automated AOX determination
• high throughput of AOX samples
• flexible and cost-efficient
With the multi X 2500 both fully and partially automated AOX determination is possible. Use the versatile sample preparation systems and autosamplers for the preparation and analysis of a wide variety of samples such as drinking water, groundwater, sludge or sediments. With ready-made methods, the multi X 2500 can be adapted to different measurement tasks in no time at all. In this way, you quickly determine relevant environmental parameters and ensure a high sample throughput in your laboratory.
The multi X 2500 is versatile, reliable, easy to use and can do much more than AOX/EOX/POX analysis. The parameter TOC, which is important in water analysis, is just as much a part of its application spectrum as the determination of chlorine contents (TX/TOX) for difficult matrices.
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AOX systems: multi X 2500
multi X 2500 - the all-rounder for AOX analysis
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Topic world Elemental analysis
Elemental analysis is a fundamental pillar of chemical research and enables the quantitative determination of the basic elements contained in a compound. It gives insight into the atomic composition and provides essential information about the structure and properties of molecules.
Topic world Elemental analysis
Elemental analysis is a fundamental pillar of chemical research and enables the quantitative determination of the basic elements contained in a compound. It gives insight into the atomic composition and provides essential information about the structure and properties of molecules.