Thermocouple Type C Tungsten-Rhenium Ф3.2x152mm 2300 °C Maximize

Thermocouple Type C Tungsten-Rhenium Ф1.6x152mm 2300 °C

Tungsten-rhenium thermocouple alloy
combinations were developed to meet
the need for measuring ultra-high
temperatures in the 2315°C
(4200°F) range
They are 3 widely used
tungsten-rhenium thermocouple
alloy combinations:
Type G: Tungsten (+) vs. Tungsten 26% Rhenium (–)
Type C:Tungsten 5% rhenium(+)vs.Tungsten 26% Rhenium (–)
Type D: Tungsten 3% rhenium(+)vs.Tungsten 25% rhenium (–)

More details

CtypeW5%26Re-d1.6x152-cable1.8m

1 Item in stock

270,00 лв

Because of the inherent brittleness of unalloyed
tungsten, rhenium has been added to the positive leg of types C and D to improve handling characteristics.
The average emf of types C and D is slightly less than that of the unalloyed type G.
All 3 thermocouple combinations can be used to 4200°F (2315°C) in hydrogen or inert-gas atmospheres
and in a vacuum. They deteriorate rapidly under oxidizing conditions and should not be used in air or atmospheres containing oxygen. Resists Many Acids and Weak Alkalies. Very Sensitive to oxidation above 300°C
 
Please note this product contains Berilium Oxide which is a toxic material and therafore no attempt should be made to distantle theunit without first taking the appropriate precautions.
Comparative charts:

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Thermocouple Type C Tungsten-Rhenium Ф1.6x152mm 2300 °C

Thermocouple Type C Tungsten-Rhenium Ф1.6x152mm 2300 °C

Tungsten-rhenium thermocouple alloy
combinations were developed to meet
the need for measuring ultra-high
temperatures in the 2315°C
(4200°F) range
They are 3 widely used
tungsten-rhenium thermocouple
alloy combinations:
Type G: Tungsten (+) vs. Tungsten 26% Rhenium (–)
Type C:Tungsten 5% rhenium(+)vs.Tungsten 26% Rhenium (–)
Type D: Tungsten 3% rhenium(+)vs.Tungsten 25% rhenium (–)

Write your review