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NCSpectra - Your American partner for instrumental analysis
  • Home
  • LA-ICP-MS Laser Ablation
  • HPLC-ICP MS
  • ICP-MS
  • ONH Determinator
  • CS Determinator
  • WD-XRF
  • Spark-OES
  • ICP-OES
  • ED-XRF
  • About us
  • Contact

ONH Determinator - oxygen, nitrogen and hydrogen in metals

High Throughput, High-Precision Analyzer - Transforming the way of Instrumental chemistry

The Fusion Master ONH is a high-precision, high throughput analyzer for the determination of oxygen, nitrogen and hydrogen in metals and other solid materials. This device is indispensable for quality control in the metal industry as it enables fast, reliable and precise gas analysis. With its high sensitivity and accurate measurement results, the Fusion Master ONH is particularly suitable for analyzing alloys and other materials where trace gas analysis is critical. 

Technical info

Specifications

FAQ - Frequently asked

Specifications

  • Measuring range: O: 0.1 ppm to 2%, N: 0.1 ppm to 2%, H: 0.1 ppm to 5000 ppm, with a sample weight of 1,000 mg, ideal for a wide range of gas analyses and concentrations.
  • Detectors: Infrared detectors (IR) and thermal conductivity detectors (TCD) guarantee high sensitivity and precise measurement results.
  • Analysis time: Only 120 seconds per sample, enabling fast and efficient elemental analysis.
  • Calibration: Automated calibration routines ensure consistently high measurement accuracy.
  • Stability: High thermal stability ensures consistent results even in demanding applications.

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Functions

FAQ - Frequently asked

Specifications

  • Precise determination of oxygen, nitrogen and hydrogen: Enables comprehensive and reliable material analyses.
  • High sensitivity and accuracy: Ideal for quality control in the metal industry and for analyzing alloys.
  • Flexible adaptation: The analyzer can be individually adapted to specific applications to deliver precise results.
  • User-friendly software: Enables intuitive operation and extensive data analysis and evaluation.
  • Robust design: Specially developed for industrial use to minimize downtime and ensure high uptime.
  • Automated processes: Reduce user effort and increase efficiency when performing gas analysis.
  • Advanced data evaluation: Provides detailed options for analyzing and documenting measurement results.
  • Ease of maintenance: Simple maintenance processes to maximize uptime and device performance.

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FAQ - Frequently asked

FAQ - Frequently asked

FAQ - Frequently asked

 How does the Fusion Master ONH improve gas analysis in metallurgy?

With its highly sensitive detectors and precise oxygen, nitrogen and hydrogen analysis, the Fusion Master ONH enables detailed control of gases in metallic materials, optimizing quality in metallurgy.


 What are the advantages of oxygen-nitrogen-hydrogen analysis in the Fusion Master ONH?

Oxygen, nitrogen and hydrogen analysis in the Fusion Master ONH offers high precision, fast results and the ability to monitor critical elements in metals and other materials, ensuring reliable quality control.


 How does the Fusion Master ONH contribute to quality control of metallic materials?

With advanced infrared and thermal conductivity detectors, the Fusion Master ONH provides reliable and accurate chemical composition data, ensuring effective quality control in the metals industry.


 How does the Fusion Master ONH support the trace analysis of gases in metals?

Due to its high sensitivity and the possibility of trace analysis, the Fusion Master ONH provides detailed insights into the gas concentration of metals, which is helpful in optimizing production processes.

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  • Home
  • LA-ICP-MS Laser Ablation
  • HPLC-ICP MS
  • ICP-MS
  • ONH Determinator
  • CS Determinator
  • WD-XRF
  • Spark-OES
  • ICP-OES
  • ED-XRF
  • About us

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