Blog Post #415
Today I thought I’d take a break from talking about soldering materials for a minute to reflect on how we arrived at Blog Post #415. Back......
Today I thought I’d take a break from talking about soldering materials for a minute to reflect on how we arrived at Blog Post #415. Back......
A few years back, Indium Corporation’s own Eric Bastow set up a prototype NanoFoil® plating process to demonstrate the material and......
Using NanoFoil®can be very easy, and there are many things you can do yourself to make prototyping or production easier, save money, and get the r...
You’d imagine that a material which can reach 1,500°C instantly should be treated with caution, and it should, but NanoFoil® is a lot sa...
NanoFoil® is as simple as elemental nickel and aluminum, with small amounts of vanadium, indium, copper, and silver. Due to the benign nature of ...
NanoFoil® has many uses, and, sometimes, it has more than one function in an application. For instance, if tin coated NanoFoil® is......
We’ve heard about the solder paste “graping” defect, but the same oxidation challenge occurs in other solder forms as well, such as ...
Tin-coated NanoFoil® is not one, but two very different products, combined. It is a heat source and a form of solder. In the world of interconnect...
InCuSil™ is a common term for an alloy of indium, copper, and silver which (depending on composition) has various melting points in the brazing ...
There are a lot of parameters to consider when choosing the right solder for your application: 1) The operational temperature of the final device p st...
Over the years, solder alloy choices have been pretty stable. In the last century, SN63 and SN62 could be found at any company making any k...
We commonly receive questions like: “Can NanoFoil® be used to bond silicon?” or, “What surface flatness do I need to NanoBo...