Works great on Hei Ignition modules for heat transfer.
One-time purchase
To see product details, add this item to your cart.
Ships from: 鶹.ca Sold by: 鶹.ca
One-time purchase
To see product details, add this item to your cart.
Ships from: 鶹.ca
Sold by: 鶹.ca
Image Unavailable
Image not available for
Colour:
Colour:
-
-
-
- To view this video, download
MG Chemicals 860 Silicone Heat Transfer Compound, 150g Tube
To see product details, add this item to your cart. You can always remove it later.
To see product details, add this item to your cart. You can always remove it later.
$33.52 with 5 percent savings -5% $33.52 $33.52 per Tubes ($33.52$33.52 / Tubes)
One-Time Price: $35.28 One-Time Price: $35.28$35.28
Purchase options and add-ons
Brand | MG Chemicals |
Specific uses for product | Electronics |
Material | Silicone |
Compatible material | Metal |
Item form | Tape |
About this item
- High thermal conductivity
- High dielectric constant
- High dissipation factor
- Use with heat sinks or metal chassis
- Contains zincs oxides and polydimenthyl siloxane
Product details
- Is discontinued by manufacturer : No
- Product Dimensions : 15.75 x 4.32 x 2.79 cm; 2.83 g
- Date First Available : Aug. 6 2012
- Manufacturer : M.G. Chemicals Ltd
- Place of Business : SURREY, BC, V4N 4E7 CA
- ASIN : B005DNQWQU
- Item model number : 860-150G
- Country of origin : China
- 鶹 Rank: #28,190 in Office Products (See Top 100 in Office Products)
- #74 in Thermal Paste
- #5,694 in Office Electronics
- Customer Reviews:
Frequently bought together

This item: MG Chemicals 860 Silicone Heat Transfer Compound, 150g Tube
$35.28$35.28
Get it by Saturday, Jun 28
In Stock
$30.39$30.39
Get it Jul 10 - 22
Usually ships within 4 to 5 days
$22.99$22.99
Get it by Saturday, Jun 28
In Stock
Total price:$00$00
To see our price, add these items to your cart.
Try again!
Added to Cart
Some of these items ship sooner than the others.
Choose items to buy together.
Customers who viewed this item also viewed
Page 1 of 1 Start again
Product description
Designed for use in transferring heat away from electrical and electronic devices such as; transistors, power diodes, semi-conductors, ballast's and thermocouple wells. High thermal conductivity, high dielectric constant, high dissipation factor, use with heat sinks or metal chassis, will not dry or harden. Contains zinc oxide and polydimethyl siloxane.
Top Brand: MG Chemicals
Highly Rated
50K+ customers rate items from this brand highly
Trending
5K+ orders for this brand in past 3 months
Low Returns
Customers usually keep items from this brand
From the manufacturer




Thermal Greases Comparison Chart
- Physical properties.
- Electrical properties.
- Thermal properties.

Brands in this category on 鶹
Sponsored
Customer reviews
4.6 out of 5 stars
4.6 out of 5
80 global ratings
- 5 star4 star3 star2 star1 star5 star70%23%7%0%0%70%
- 5 star4 star3 star2 star1 star4 star70%23%7%0%0%23%
- 5 star4 star3 star2 star1 star3 star70%23%7%0%0%7%
- 5 star4 star3 star2 star1 star2 star70%23%7%0%0%0%
- 5 star4 star3 star2 star1 star1 star70%23%7%0%0%0%
How are ratings calculated?
To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. Instead, our system considers things like how recent a review is and if the reviewer bought the item on 鶹. It also analyzes reviews to verify trustworthiness.
Top reviews from Canada
There was a problem filtering reviews. Please reload the page.
- Reviewed in Canada on February 21, 2023Verified Purchase
-
Reviewed in Canada on March 12, 2021Verified PurchaseTres utile bon format
- Reviewed in Canada on August 31, 2015Verified Purchasegood
- Reviewed in Canada on February 23, 2023Verified PurchaseI used this MG heat sink compound on tv/radio transistors, computers and automobile logic modules.
Works perfectly.
- Reviewed in Canada on October 27, 2021Verified PurchaseI used this for an ice maker. It improved the amount of ice made.
Top reviews from other countries
- RigmaroleReviewed in the United Kingdom on May 3, 2020
5.0 out of 5 stars Used for installing a temperature probe into a thermostat well/pocket
Verified PurchaseI used this to install a thermostatic control probe into a tank pocket on a thermal store.
It worked excellently.
Prior to this I felt the probe suffered a bit of a delay as it wasn't necessarily making full contact with the sides of the pocket. This meant my boiler took a bit longer to fire up and shut down, which became a bit of a pain (when draining lots of water from the tank, like having a shower).
Now it all seems fine, and I'm happy.
If I could have one thing different it'd be a screw cap on the tube. Then it'd be perfect.
- pwrieReviewed in the United States on October 23, 2012
5.0 out of 5 stars A No Brainer but do compare prices they can change, date of price/gram comparison July 2015
Verified PurchaseSummary, saw maybe a 1 degree Centigrade increase in temperature in CPU, North & South Bridge on different systems over other very expensive brands (price per gram) - measured with IR thermometer; a lifetime supply for your computer (s). Like the low viscosity compared to ceramic & silver compounds. For the same quantity of "leading" brands would cost over $150.00 for the same quantity, with a meaningless difference in performance.
If one actually looks at the article a comparison of 80 different brands/types of thermal compounds (search for) “80 way Thermal Material Performance Test”, An excellent review BTW; however, I do have to disagree with the rating scale ( grading method) for the following reason. A one (1) degree Centigrade change in performance cover the range in grading from C+ to A+ . This one degree C difference will cause, statistically, less than a 0.00002% change in expected service life; which comes down to if two devices were compared at the same time - the hotter electronic component would fail eleven minutes earlier than one running 1 C cooler after 15 years of continuous use; to me that is meaningless difference. . “leading brands” like Arctic Silver (9 gram tube $1.40/gram) versus MG Chemical (150 gram Tube, $0.10 per gram); the choice is a no brainer. This is based upon the paper (search for) “Modeling Temperature Driven Wearout Rates for Electronic Components”, in case the below link changes, or is deleted.
http://servenger.com/Resources/Modeling_Temperature_Driven_Wearout_Rates_for_Electronic_Components_b.pdf
http://archive.benchmarkreviews.com/index.php?option=com_content&task=view&id=150&Itemid=62&limit=1&limitstart=12