|
| • Physical Properties
|
| » Coefficient of thermal
expansion, In / In / oF |
|
| » Color |
|
| » Compressive strength,
PSI |
|
| » Density, Lbs / ft3 |
|
| » Dielectric Constant |
|
| » Dielectric Strength
at 70oF, volts / mil |
|
| » Dielectric Strength
at 750oF, volts / mil |
|
| » Dielectric Strength
at 1475oF, volts / mil |
|
| » Maximum Service Temperature,of
(oC) |
|
| » Tensile Strength, PSI |
|
| » Thermal Conductivity,
Btu-in/ft2 hr-of |
|
| » Volume Resistivity
At 70oF,W-cm |
|
| » Volume Resistivity
At 750oF, W-cm |
|
| » Volume Resistivity
At 1475oF, W-cm |
|
| » Absorption, % |
|
| » Shrinkage, % |
|
| » Mix Ratio |
| Mix 3 parts powder to 1 part liquid by weight. |
|
| » Curing
Schedule |
CC High Temperature Cement hardens with an integral
chemical-setting action with an initial set in approximately 30
minutes. The final set is reached in 18 to 24 hours when cured at
room temperature. If it is desired to accelerate the curing time,
set the drying oven to 150oF and the cement will cure in 4 hours.
If the drying oven is set to 220oF, the cement will cure in 3 hours. |
|
| » Distinguishing
Characteristics and Applications |
|
Used to cement on and insulates Thermocouples
for surface Temperature Measurement / Heater etc.
|
|
