Our Oxygen sensors are based on a galvanic cell with stabilized zirconia materials as a solid electrolyte. The gradient of oxygen activity at the opposite of a solid electrolyte produces an EMF according to the Nernst’s Law.
Our Oxygen sensors are available with S type, B type and R type thermocouples. We supplies both low-level and high-level application of Oxygen sensors.
Technical Characteristics of Termocouple Element: Pt –Pt 10% Rh (Type S), Pt-Pt 13% Rh (Type R), Pt 6% Rh-Pt 30% Rh (Type B) Accuracy: 0 + 3oC at 1553 oC
Manufacturer of various types of Metallurgical Sensors including Temperature Tips, Molten Metal Samplers, Oxygen Probes, Hydrogen Probes, MICS Cables.
Molten Metal Samplers are proven to give the best results.
Oxygen sensors to measure active oxygen content and Temperature of molten steel.
Temperature sensors are used to measure the temperature of Liquid Steel.
Manufacturer of various types of Metallurgical Sensors including Temperature Tips, Molten Metal Samplers, Oxygen Probes, Hydrogen Probes, MICS Cables.
Our Oxygen sensors are based on a galvanic cell with stabilized zirconia materials as a solid electrolyte. The gradient of oxygen activity at the opposite of a solid electrolyte produces an EMF according to the Nernst’s Law.
Our Oxygen sensors are based on a galvanic cell with stabilized zirconia materials as a solid electrolyte. The gradient of oxygen activity at the opposite of a solid electrolyte produces an EMF according to the Nernst’s Law.
Our Oxygen sensors are available with S type, B type and R type thermocouples. We supplies both low-level and high-level application of Oxygen sensors.
Technical Characteristics of Termocouple Element: Pt –Pt 10% Rh (Type S), Pt-Pt 13% Rh (Type R), Pt 6% Rh-Pt 30% Rh (Type B) Accuracy: 0 + 3oC at 1553 oC