Fusion Master ONH Imported OxygenNitrogen hydrogen analyzer, a high-performance analytical instrument imported from Germany, adopts pulse heating and infrared thermal conductivity detection technology, which can achieve rapid and accurate determination of oxygen, nitrogen, and hydrogen elements in solid inorganic materials such as steel, metal powder, non-ferrous metals, ceramics, minerals, etc. across the full range.

The heating power program is controllable, with multiple heating methods including primary degassing, secondary degassing, continuous heating, and intermittent heating. Heating current up to1500AHeating temperature up to3100℃.

Large pool body, high-precision constant temperature system. A detector with an ultra long lifespan. Extremely low detection limit.

steel industry

The levels of oxygen, nitrogen, and hydrogen content greatly affect the performance of steel. Fusion Master ONH is an ideal analyzer for quality control throughout the entire steelmaking industry production process, from raw materials to finished products. Due to its ultra-high reliability, this analyzer can be used in the laboratory in front of the furnace.

Aircraft manufacturing industry

To ensure high reliability and consistency of component quality in the aircraft manufacturing industry, precise analytical instruments are needed to analyze the content of oxygen, nitrogen, and hydrogen in the components. The development of Fusion Master ONH aims to meet the high requirements in the aircraft manufacturing industry. Its accuracy and repeatability meet the requirements for producing these components.

Copper products

It is necessary to carefully monitor the production process of copper products to ensure product quality meets requirements and avoid scrap. Therefore, it is necessary to accurately determine the content of oxygen and hydrogen in the production process from raw materials to finished products. FusionMaster ONH is equipped with two independent infrared absorption cells, which can accurately determine the high oxygen content in raw materials and the low oxygen content in oxygen free copper. Its low operation and maintenance costs support the growing demand for analysis.