Rapid & Precise Hydrogen/Outgassing Analysis via IR Heating.

The ESCO-TDS1200II IR is an advanced Thermal Desorption Spectrometer (TDS) that utilizes targeted infrared (IR) heating. This technology enables rapid and uniform temperature ramping without heating the surrounding vacuum chamber, ensuring extremely low background noise and high-precision quantification of trace gases, especially hydrogen.

Key Features of ESCO-TDS1200II IR:

• Rapid IR Heating: Precise and clean temperature control for high-throughput material analysis.

• High Sensitivity: Accurate detection of chemisorbed hydrogen, moisture, and organic outgassing at sub-ppm levels.

• Versatile Application: Widely used in R&D for semiconductor packaging, metal surface treatments, and advanced bonding technologies.

[Scientific Proof of Concept]

The TDS1200 series is widely trusted by leading academic and industrial research institutes globally. To demonstrate its analytical power for hydrogen detection, we have attached an open-access peer-reviewed paper (Tanaka et al., 2016) resulting from an international collaboration between Tohoku University (Japan) and the Fraunhofer Institute (Germany).

In this study, the TDS1200 was successfully utilized to quantify trace H2 desorption derived from chemisorbed hydrogen atoms on plasma-treated copper surfaces. The ESCO-TDS1200II IR brings this proven, research-grade analytical capability to your materials engineering workflow.