Thermally Conductive Epoxies and Thermally Conductive Grease
$15.96
Item# OB-100-1
Volume discounts available
Volume Discount Schedule
| Quantity | Price each |
|---|---|
| 1-9 | $15.96 |
| 10-24 | $15.16 |
| 25-49 | $14.84 |
| 50-99 | $14.20 |
| 100-199 | $13.89 |
| 200+ | $13.57 |
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In stock
Lead Time ( If not in Stock): 3 weeks
Thermally Conductive Epoxies and Thermally Conductive Grease is rated
out of
5 by
10.
- Thermally Conductive
- Electrical Insulator
- Resist Oils, Solvents, Most Acids
- OMEGABOND™ 100 Two Part Epoxy: Low Thermal Conductivity. Sets at Room Temp. Good to 130°C (265°F)
- OMEGABOND™ 101Two Part Epoxy: High Thermal Conductivity. Sets at Room Temp. Good to 105°C(221°F)
- OMEGABOND™ 200 Two Part Epoxy: Very High Thermal Conductivity. Sets in 2 Hrs at 205°C(400°F). Good to 260°C(500°F)
- OMEGATHERM™ 201Silicone Paste: Extremely High Thermal Conductivity. Non-Adhesive. Does not Harden. Good from -40 to 200°C(-40 to 392°F
Product info
Material
Fast Set Epoxy Adhesive
Volume
1 oz
Max Temperature
130°C (265°F )
Mix Ratio by Weight
1/1
Tensile Shear
2000 PSI MIN
Additional Option
None
Product Specs
OMEGABOND™ epoxy and OMEGATHERM™ thermal conducting paste are easy to use epoxies and silicone products. They are specially formulated for permanent bonding of thermocouples, thin film RTDs, thermistors and other temperature sensors, to most surfaces–metals, ceramics, glass, plastics, paper products. OMEGABOND™ and OMEGATHERM™ products are compounded and packaged for convenient, easy mixing and application. Each formulation exhibits important characteristics necessary for accurate, fast, reliable temperature measurement. These are: good adhesion and strength, high temperature rating, high thermal conduction, high electric insulation, thixotropic consistency, fast cure, and easy application.
OB-100 is available in 1/4 oz or 1 oz Twin Packs and 1 lb as 2 cans, 1 of resin and 1 of hardener.
OB-101 is available in 1/2 oz or 2 oz Twin Packs and 1 lb as 2 cans, 1 of resin and 1 of hardener.
OB-200 is available in a 2 oz Twin Packs or 1 lb as 2 cans, 1 of resin and 1 of hardener.
OT-201 is available in 1/2 oz or 2 oz Twin Packs or in cans as 1 lb or 2 lb (two 1 lb cans).
“Twin pak” packaging is supplied to ensure the user with accurate proportioning of resin and catalyst, as well as to provide a clean, fast means of mixing. The “Twin Pak” is a flexible, transparent plastic pouch, separated into two isolated compartments by means of a removable external divider. In one compartment is the resin, the other the pre-measured catalyst. To use, remove the divider, mix the two components by kneading the pouch, then snip off a corner to dispense. Each “Twin Pak” comes with an instruction sheet, enclosed in a clear, heat-sealed plastic envelope.
Please note that once mixed, the OB-100, OB-101 and OB-200 epoxies have the following "Working Times" (also referred to as "Pot Life"):
OB-100: Less Than 8 Minutes at Room Temperature
OB-101: Approximately 30 Minutes at Room Temperature
OB-200: Approximately 24 Hours at Room Temperature
OB-100 is available in 1/4 oz or 1 oz Twin Packs and 1 lb as 2 cans, 1 of resin and 1 of hardener.
OB-101 is available in 1/2 oz or 2 oz Twin Packs and 1 lb as 2 cans, 1 of resin and 1 of hardener.
OB-200 is available in a 2 oz Twin Packs or 1 lb as 2 cans, 1 of resin and 1 of hardener.
OT-201 is available in 1/2 oz or 2 oz Twin Packs or in cans as 1 lb or 2 lb (two 1 lb cans).
“Twin pak” packaging is supplied to ensure the user with accurate proportioning of resin and catalyst, as well as to provide a clean, fast means of mixing. The “Twin Pak” is a flexible, transparent plastic pouch, separated into two isolated compartments by means of a removable external divider. In one compartment is the resin, the other the pre-measured catalyst. To use, remove the divider, mix the two components by kneading the pouch, then snip off a corner to dispense. Each “Twin Pak” comes with an instruction sheet, enclosed in a clear, heat-sealed plastic envelope.
Please note that once mixed, the OB-100, OB-101 and OB-200 epoxies have the following "Working Times" (also referred to as "Pot Life"):
OB-100: Less Than 8 Minutes at Room Temperature
OB-101: Approximately 30 Minutes at Room Temperature
OB-200: Approximately 24 Hours at Room Temperature
Rated 4 out of
5
by
Anonymous from
Formula changed!
We use this epoxy weekly and have been buying it for many years. However, the last batch we purchased was a gel formula instead of the liquid we have become accustom to. Do no like it very much as it is difficult to fill a syringe and use it in the field.
Date published: 2015-12-04
Rated 5 out of
5
by
Diesel Technology from
Omegabond 101
I have been using OB-101 in the small packs for several years now to bond the printed circuit board to the frame/case, which as also the heat sink, on automotive Engine Control Modules manufactured with surface mount components. It withstands thermal expansion and contraction, and vibration, while also being a good thermal conductor and yet a good electrical insulator.
Shelf life is substantially longer that what is marked on the packets.
Date published: 2019-04-15
Rated 3 out of
5
by
Casey from
Great Product - Difficult to Apply
We have been using this product for several years to fasten temperature sensors to the back of solar panels. It works great for the application, but it's difficult and extremely messy to apply. Because we are typically working upside down and in cramped spaces, it's extremely difficult to get the product in place without having it drip or get all over your hands. A better applicator for the smaller packages would be really helpful.
Date published: 2018-12-31
Rated 5 out of
5
by
Aiping from
Great product! Fast shipment!
Great product! Fast shipment! Easy to use. I knew this product from other Engineer. I'd recommend this product to other Engineers too.
Date published: 2018-11-26
Rated 5 out of
5
by
djg87 from
Just what I needed
This is a very thick thixotropic material, heat the pouch under a heat lamp for a bit to make it easier to mix and gently squeeze to dispense just where you want it. It must be heated to cure, even 48 hours at room temperature and its still pliable. A few hours at cure temperature its solid and bonds well to metals plastics and FR4.
Date published: 2017-07-12
Rated 5 out of
5
by
gturner from
Great for thermal testing of equipment
Used to test the thermal conductivity internally in electronics. Works like a charm. Very easy to mix up on a paper plate with a spoon and then I just dip my cable tips in the mixture and then apply to the equipment. Very simple. Does have an odor but stay a well ventilated room during mixing. I even wear gloves from the local auto parts store that are disposable.
Date published: 2017-03-20
Rated 3 out of
5
by
Punisher from
Hold up to thermal cycling well! But.....
I was looking for an amount to epoxy on 10-20 thermocouples but found this hard to proportion into seperate portions. Also the website refers to setting time to be a lot less than the paperwork says that came with the product. Overall I was able to still use the product and it has performed well
Date published: 2016-10-26
Rated 1 out of
5
by
Bart from
Failed spectacularly
Tried to use this to bond copper to ceramic. Worked for 2 days, then failed spectacularly at temperatures of 240 degrees C. The part failure ended up costing us days of lost time fixing the machine. Might have been due to mismatched thermal expansion coefficients causing stress in the adhesive. So either the epoxy failed due to stress, or due to temperature. Probably temperature. Who knows. I guess the lesson is: don't use epoxy at elevated temperatures. Just because it says it can do it, doesn't mean it can.
Date published: 2016-09-29
Is OMEGABOND 101 Two Part Epoxy good for potting electronics? How well does it handle thick layers and or voids between adhered surfaces? How thick/viscus is the epoxy as you work with it?
OMEGABOND®100—a fast (8 to 12 minute setting time), room temperature, two-part epoxy. Recommended for easy temporary and permanent bonding of beaded wire and “cement-on” thermocouples. Adheres to metals, ceramics, epoxy laminates, glass, wood, concrete and many other materials—for temperature measurements up to 129°C (265°F). It is not recommended for those endeavoring to achieve the ultimate in precision and speed of response, since this unfilled system has a relatively low thermal conductivity.Temporary installation of beaded wire thermocouples can be achieved by using a very small amount of OMEGABOND® 100 to tack the bead to the surface and packing OMEGATHERM® 201 around the exposed surface to improve heat transfer. This clear syrup consistency—100% solid adhesive — contains no solvents and has good strength and electrical insulation characteristics. Note: The working time after mixing the 2-part system at room temperature is only 6 to 8 minutes. OMEGABOND 100 is available in “Twin Pak” packs and 1- and 2-pound kits.
For larger gaps, up to 1/4", review the OB-400 High Temperature Air Set Cement.
Date published: 2019-10-11
Is OMEGABOND 201 Epoxy and OMEGATHERM 201 Silicone Paste safe for use in a vacuum? What about exposure to Oxygen?
The OmegaBond epoxy should be fine in a vacuum as long as it has been properly cured. The silicone paste OmegaTherm 201 however, does not harden and would not be the best choice to be used in a vacuum. Below I have attached a link that might help.
https://br.omega.com/omegaFiles/temperature/pdf/OB-100_OB-200_OT-200.pdf
In terms of its exposure to oxygen there is, unfortunately, no data available that can help me answer that. If you have any more questions please email us at temp@omega.com
Date published: 2019-06-25
Is there a way to remove OB-200 epoxy with a solvent? If so, which solvent should be used (acetone?).
Hi, the OB-200 cannot be removed with a solvent. The epoxy cures hard and can only be chiseled off. Please contact us at temp@omega.com if you need any further assistance.
Date published: 2019-05-20
