Catalysis of Organics with Indium and Gallium
Indium and gallium compounds have been used in catalysis for many years and research on new applications is increasing....
Indium
A Guide to Low Temperature Solder Alloys
Let’s take a closer look at low temperature solder alloys....
How Different TIM Materials Affect Thermal Resistance Over Time
Some thermal interface materials (TIMs) perform better with time....
How the Performance of Compressible Thermal Interface Materials Changes With Pressure
Metal thermal interface performance is effected by pressure...
Indium Alloy for use in Control Rods for Nuclear Reactors
How indium is used in many nuclear power plants....
Indium Recycling: Rotary Vs. Planar Indium, CIG, and ITO Targets
The reclaim/recycling aspect of both rotary and planar indium-containing sputtering targets....
Indium-Tin Oxide (ITO) Used in Flat-Panel Displays
The wonderful world of indium-tin oxide, ITO. Obviously, as the name implies, it's indium, tin, and oxygen in oxide form, but how it is used? What...
Solder Redefined Part 4 – Baseplate to Heat-Sink
At Indium Corporation, we're redefining how we use solder at the die-attach, DBC to baseplate, and baseplate to heat-sink levels so we can achieve...
History of Indium Corporation and the Development of Indium for Commercial Use
The history of Indium Corporation....
Looking Forward to the 2018 SVC TechCon
This year we met up with Frank Zimone as we were on our way to set up for the Society of Vacuum Coaters Conference in Providence, RI, and he mentioned...
Braze: Advantages of Indium-Contained Alloys
Although braze alloys melt at higher temperatures than solders, they benefit from lowered process temperatures with the addition of indium. Here's...