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|
Product Name |
Product No |
Model |
Specification |
Work Temp.Range(¡æ) |
Work Condition |
Tolerance |
|
WRe thermocouple wire |
MHAE151-WL001 |
WRe3?25 |
¦µ0.5 |
0?2500 |
vacuum H2 |
¡À0.5% |
|
WRe quick thermocouple |
MHAE151-WL002 |
WRe3?25 |
¦µ0.1?¦µ0.06 |
1500?1800 |
molten steel |
¡À0.125% |
|
Mo-sheathed WRe thermocouple |
MHAE151-WL003 |
WRe3?25 |
¡Ý¦µ4 |
¡Ü1800 |
vacuum H2 inert |
¡À1% |
|
Ta-sheathed WRe thermocouple |
MHAE151-WL004 |
WRe3?25 |
¡Ý¦µ3 |
¡Ü2000 |
vacuum H2 inert |
¡À1% |
|
MoSi2-sheathed WRe thermocouple |
MHAE151-WL005 |
WRe3?25 |
¦µ15?¦µ33 |
¡Ü1600 |
air oxidation-reducing |
¡À1% |
|
Al2O3-sheathed WRe thermocouple |
MHAE151-WL006 |
WRe3?25 |
¡Ý¦µ10 |
¡Ü1600 |
air oxidation-reducing |
¡À1% |
Tungsten-rhenium thermocouples
Tungsten-rhenium thermocouples for 0 ? 2500 ¡æ vacuum, inert or reducing atmosphere of high temperature measurement, also can be used as a rapid liquid steel temperature measuring probe, antioxidant tungsten-rhenium thermocouples replaces platinum rhodium thermocouple, has extensive application. It is widely used in aviation,oil and gas,chemistry,nuclear power,instrument,gas turbine,etc.
