Metal TIMs 101: Chapter 2
Folks: a short time ago, I posted "Metal TIMs 101: Chapter 1" with Jon Major. Now it is time for Chapter 2!...
Folks: a short time ago, I posted "Metal TIMs 101: Chapter 1" with Jon Major. Now it is time for Chapter 2!...
Folks, Dr. Ron: For my next several posts, I would like to chat with Indium Corporation’s metal thermal interface materials (TIMs) Product Manag...
We are back today to finish our conversation with Miloš Lazić to find out how he became interested in liquid metals....
Yesterday, in Part 2 of our interview, Miloš mentioned how using a hybrid solid/liquid TIM provides benefits over thermal grease. Today we disc...
In yesterday’s post, Miloš and I discussed what he’s been working on in the lab. Today we answer a question that impacts our TIM cu...
I recently caught up with Miloš, one of our Technical Support Engineers who has taken a special interest in liquid metals. In the lab, Milo&sca...
Indium Corporation's Technical Support Engineers are often involved with different projects and departments on a daily basis. All these get us clo...
Why does indium metal play such an important role in so many cutting edge technologies? Tune into Part 1 of the AZO Materials interview with Carol Gow...
Indium Corporation features metal thermal interface materials for burn-in & test at TestConX (formerly BiTS). Find out why these materials are in ...
Alloys that are liquid at or near room temperature could provide an intriguing alternative as a metal thermal interface material. Want to know mo...
Here are three interesting things that I'm predicting will happen with indium in 2019....
Indium Corporation presents paper at Advanced Technology Workshop that provdes metal thermal interface materials (TIMs) have a higher insertion rate a...