RAMON hydrogen probe is a metallurgical detection sensor used to measure thehydrogen content in molten steel during the smelting process.

RAMON hydrogen probe has the advantages of fast detection speed, convenientuse, and high accuracy, and can be used in RH refining furnaces, VOD vacuumrefining stations, tundish, etc. It is mainly used to assist in the dehydrogenationof molten steel in VOD vacuum refining stations. By measuring the hydrogen ac-tivity of the incoming molten steel, the hydrogen activity of the treated moltensteel, and the hydrogen content of the outgoing molten steel, the vacuum de-gassing time is ensured, the steelmaking cost is reduced, the dehydrogenation process is improved, and the quality of the molten steel is improved.

RAMON hydrogen probe is a metallurgical detection sensor used to measure thehydrogen content in molten steel during the smelting process.

RAMON hydrogen probe has the advantages of fast detection speed, convenientuse, and high accuracy, and can be used in RH refining furnaces, VOD vacuumrefining stations, tundish, etc. It is mainly used to assist in the dehydrogenationof molten steel in VOD vacuum refining stations. By measuring the hydrogen ac-tivity of the incoming molten steel, the hydrogen activity of the treated moltensteel, and the hydrogen content of the outgoing molten steel, the vacuum de-gassing time is ensured, the steelmaking cost is reduced, the dehydrogenation process is improved, and the quality of the molten steel is improved.

RAMON hydrogen probe is a metallurgical detection sensor used to measure thehydrogen content in molten steel during the smelting process.

RAMON hydrogen probe has the advantages of fast detection speed, convenientuse, and high accuracy, and can be used in RH refining furnaces, VOD vacuumrefining stations, tundish, etc. It is mainly used to assist in the dehydrogenationof molten steel in VOD vacuum refining stations. By measuring the hydrogen ac-tivity of the incoming molten steel, the hydrogen activity of the treated moltensteel, and the hydrogen content of the outgoing molten steel, the vacuum de-gassing time is ensured, the steelmaking cost is reduced, the dehydrogenation process is improved, and the quality of the molten steel is improved.