Air Set High Temperature Cements
High Temperature Cements
Volume discounts available
Volume Discount Schedule
| Quantity | Price each |
|---|---|
| 1-4 | $62.72 |
| 5-9 | $59.58 |
| 10-24 | $58.33 |
| 25-49 | $55.82 |
| 50-99 | $54.57 |
| 100+ | $53.31 |
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High Temperature Cements is rated
out of
5 by
1.
- Thermally Conductive
- Thermal Shock Resistant
- Electrically Insulating
- Resists Oils, Solvents, Most Acids
- Adheres to Practically All Clean Non-Porous Surfaces
- Porous Surfaces May Require Dampening**
- OMEGABOND™ 300 for Assembling, Sealing, Insulating
- OMEGABOND™ 400 for Coating, Embedding, Insulating
- OMEGABOND™ 500 for Coating, Dipping, Casting
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Material
Volume
Max Temperature
Mix Ratio by Weight
Tensile Shear
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Product Specs
Air Set Cements set or cure through loss of moisture by evaporation. Atmospheric conditions therefore affect the drying rate. Air Set Cements are used mainly in thin film applications (applied in thicknesses less than 1/4")*.
SELECTION CRITERIA FOR CEMENTS
1. Type of Application – Potting, sealing, encapsulating, assembling, bonding. Is a thick or thin film of cement required? This dictates whether or not an air set or a chemical set cement should be used.
2. Thermal Considerations – What is the maximum temperature that the cement must withstand? What degree of thermal conductivity is needed? What degree of thermal expansion is allowed? These parameters are then matched to the appropriate cement.
3. Substrate – What materials will the cement be in contact with?
4. Application Considerations – Pot life, set time, method of dispensing, batch size, cure procedure.
5. Miscellaneous Considerations – Porosity, moisture absorption, electrical resistance, volume stability, clearances/tolerances.
SELECTION CRITERIA FOR CEMENTS
1. Type of Application – Potting, sealing, encapsulating, assembling, bonding. Is a thick or thin film of cement required? This dictates whether or not an air set or a chemical set cement should be used.
2. Thermal Considerations – What is the maximum temperature that the cement must withstand? What degree of thermal conductivity is needed? What degree of thermal expansion is allowed? These parameters are then matched to the appropriate cement.
3. Substrate – What materials will the cement be in contact with?
4. Application Considerations – Pot life, set time, method of dispensing, batch size, cure procedure.
5. Miscellaneous Considerations – Porosity, moisture absorption, electrical resistance, volume stability, clearances/tolerances.
Rated 1 out of
5
by
Bree from
Doesn't bond to Ready-Made Thermocouples
For whatever reason this stuff does not bond to the Ready-Made ThermoCouples. It bonds to metal just fine.
Forwarded concerns on this issue.
"There are only a few possibilities – The mixture is not correct; the curing time is not sufficient or there has not been enough applied. An outside possibility is the material is no longer viable" ?????
"We let it sit over the weekend. It seems to have set up good. There was some left over in the cap we mixed it in and it was hard as a rock. It just isn’t bonding to the wire. There was plenty applied.
Material is not viable as in the bonding agent is possibly bad? Sticker on it says use before 3/2018"
No response after that...... Had to figure something else out.
Date published: 2017-06-02
I want to put smaller rock on the harth of my fire place will this product work for this
The material would hold a small object provided it would not be exposed to temperatures above the maximum rating.
Date published: 2020-09-10
I'm wondering what the thermal conductivity of Omegabond 500 is. I can't find it in the datasheet.
Thank you for your inquiry. The OB-500 has an undefined thermal conductivity.
Date published: 2020-06-27
I am looking at sticking a thermocouple to a kapton heater. Will Omegabond 300, 400 or 500 stick to that material?
Our Omegabond 400 would be best as it has the highest thermal conductivity.
Date published: 2020-04-03