High-temperature sheath thermocouple with a diameter of φ1.6 and a heat resistance of 1000℃.
Thermocouples using Nicrobel for sheath materials This alloy, developed for sheath thermocouples, has the following characteristics compared to conventional materials: - Minimal erosion of the thermocouple wire (high stability). - Stable measurements even in high-temperature ranges. - High measurement accuracy (high precision). - Resistant to oxidizing and corrosive atmospheres. - Long lifespan. There are Type K and Type N sheath thermocouples that use this alloy.
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basic information
Thermocouples using Nicrobel for sheath materials This alloy, developed for sheath thermocouples, has the following characteristics compared to conventional materials: - Minimal erosion of the thermocouple wire (high stability). - Stable measurements even in high-temperature ranges. - High measurement accuracy (high precision). - Resistant to oxidative and corrosive atmospheres. - Long lifespan. There are Type K and Type N sheath thermocouples that use this alloy.
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Delivery Time
P4
Applications/Examples of results
High-temperature and vacuum use This is a temperature sensor suitable for high-temperature applications in environments with limited space.
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