It is a device that can quantitatively analyze hydrogen in steel materials with high precision and speed.
The hydrogen analysis device "DH603 type" is a device that can quantitatively analyze hydrogen in steel materials with high precision and speed. By equipping an optional sample piercer, it is possible to individually measure diffusible hydrogen and non-diffusible hydrogen in molten steel. This state-of-the-art machine has been developed using LECO's advanced design capabilities, featuring a space-saving and user-friendly operating system, as well as enhanced safety structures. For more details, please download the catalog.
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basic information
【Features】 ○ Unique ECLIPSE structure that further enhances reliability and practicality ○ Improved piping system for even faster maintenance ○ Ergonomically designed equipment structure for easy operator handling ○ More robust fixed furnace compared to conventional designs that tilt and vibrate ○ State-of-the-art furnace control system that accommodates temperatures from room temperature to 1100°C ○ Option to choose between measuring diffusible hydrogen and non-diffusible hydrogen using an optional piercing unit ○ Calibration possible without using standard samples (gas dose) ● For more details, please contact us or download the catalog.
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Company information
LECO Corporation in the United States has been meeting the expectations of the development of materials and quality control analysis in various industrial products since 1936. In particular, in the field of carbon, sulfur, oxygen, nitrogen, and hydrogen analysis in metallic materials, it holds an overwhelming market share and can provide analytical values that ensure sufficient reliability for global transactions. Additionally, the application of these analytical techniques has been recognized in various fields, such as elemental analysis of organic substances and nutritional component analysis in food, as convenient, safe, and more accurate methods. Furthermore, in the field of mass spectrometry, as a pioneer of time-of-flight mass spectrometry (TOF-MS), it has contributed to the accumulation of data that serves as a foothold for cutting-edge research in Europe and the United States. Moving forward, we will continue to strive to contribute to the development of new technologies, productivity, and quality improvement in various fields based on accurate analytical results.
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