Testing Another YouTuber's Thermal Compound!
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Check out their AORUS 15G RTX 2080 SUPER MAX Q Gaming Laptop. On Gigabyte's Store: geni.us On Amazon: geni.us On Newegg: geni.us Could a "homemade" thermal compound out-perform a legendary paste like Arctic Silver?? Check the performance vs other thermal epoxy in Tech Ingredients' original video here: youtu.be Buy ASUS Crosshair IV On Amazon (PAID LINK): geni.us On Newegg (PAID LINK): geni.us Buy Thermal Pads On Amazon (PAID LINK): geni.us On Newegg (PAID LINK): geni.us Buy AMD CPUs On Amazon (PAID LINK): geni.us On Newegg (PAID LINK): geni.us On B&H (PAID LINK): geni.us Buy Noctua NT-H1 Thermal Paste On Amazon (PAID LINK): geni.us On Newegg (PAID LINK): geni.us On B&H (PAID LINK): geni.us Buy Thermaltake Black Widow On Newegg (PAID LINK): geni.us Buy Tech Ingredients Thermal Epoxy: techingredients.com Purchases made through some store links may provide some compensation to Linus Media Group. Discuss on the forum: linustechtips.com GET MERCH: lttstore.com SUPPORT US ON FLOATPLANE: floatplane.com LTX EXPO: ltxexpo.com AFFILIATES & REFERRALS --------------------------------------------------- Affiliates, Sponsors & Referrals: lmg.gg Get Private Internet Access VPN at lmg.gg Get a Mech Keyboard: geni.us NEEDforSEAT Gaming Chairs: geni.us Get a Displate Metal Print at lmg.gg Use code LINUSMEDIAGROUP on Epic Games Store: lmg.gg Get a 30-day free trial of Amazon Prime at lmg.gg Our Gear on Amazon: geni.us FOLLOW US ELSEWHERE --------------------------------------------------- Twitter: twitter.com Facebook: @LinusTech Instagram: @linustech Twitch: twitch.tv FOLLOW OUR OTHER CHANNELS --------------------------------------------------- Techquickie: lmg.gg TechLinked: lmg.gg ShortCircuit: lmg.gg LMG Clips: lmg.gg Channel Super Fun: lmg.gg Carpool Critics: lmg.gg MUSIC CREDIT --------------------------------------------------- Title: Laszlo - Supernova Video Link: youtube.com iTunes Download Link: itunes.apple.com Artist Link: soundcloud.com Outro Screen Music Credit: Approaching Nirvana - Sugar High youtube.com Monitor And Keyboard by vadimmihalkevich / CC BY 4.0 lmg.gg Mechanical RGB Keyboard by BigBrotherECE / CC BY 4.0 lmg.gg Mouse Gamer free Model By Oscar Creativo / CC BY 4.0 lmg.gg
This video follows Linus Tech Tips as they evaluate a so-called homemade thermal compound claimed to outperform commercial pastes like Arctic Silver. The host team explains the motivation behind testing Tech Ingredients epoxy, highlighting the bold claim that it can be made at home with dendritic copper, epoxy, graphene, diamond, and access to ultrasonic equipment. The setup includes an AMD FX-8150 processor and a Thermaltake cooler to provide a stringent thermal challenge, while the team emphasizes careful cleaning and mounting procedures to ensure fair comparisons between thermal interfaces. Early on, the team outlines that this material is a permanent bond like an epoxy, not a traditional paste, which means the testing must consider the possibility of a non-removable bond if things go poorly. The video also features a sponsor segment and product plugs, as is common for the channel, but the core focus remains the performance comparison across several thermal interface materials. In the first testing phase, they use a graphite thermal pad as a baseline, then compare standard thermal paste and finally the experimental epoxy to establish a temperature and throttling baseline. The hosts stress that their aim is to expose how the epoxy behaves under load, including how quickly the system reaches a steady state and whether there is any thermal throttling. They also discuss the practical implications of their findings for viewers who might consider non-traditional cooling solutions in constrained scenarios.
Topics · science and technology · hardware testing · do it yourself · computer hardware
Questions answered
- What was the main goal of testing Tech Ingredients' thermal epoxy?
- The main goal was to compare the epoxy against conventional thermal interfaces to see if it could outperform commercial pastes and to understand its behavior as a permanent bond, including how it affects temperatures under load.
- Why did the testers choose an AMD FX-8150 for the experiment?
- They chose the FX-8150 because it has a high heat output, making it a challenging test subject to reveal differences between thermal interfaces.
- What issue did they encounter during the two-minute run with the epoxy?
- They observed thermal throttling in some cores, indicating the epoxy was not performing as well as other solutions under load.
- Was the epoxy ultimately recommended for CPU cooling?
- No, the epoxy did not outperform the baseline or other tested solutions, and the testers did not recommend using it for CPU cooling.