Thermal Activation of NanoFoil®
Don’t throw away that solder iron yet! There are many ways to activate NanoFoil® with heat. All that’s needed to start the reaction i...
Don’t throw away that solder iron yet! There are many ways to activate NanoFoil® with heat. All that’s needed to start the reaction i...
If you have ever witnessed one of our NanoFoil® demonstrations at a tradeshow, you may remember we used a 9-volt battery to activate the material...
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The NanoBond® reaction is activated at one or more points and travels throughout the material. It really is pretty interesting to watch, but you w...
One of the best parts of using NanoFoil® to create a bond with dissimilar metals or heat sensitive components is that the heat it creates is quick...
One of the great reasons to use a localized heating method like NanoBonding is to make sure the entire assembly is not heated – only the......
Lasers and fiber optic waveguides can be used to activate NanoFoil®. Why would you want to use a laser to do this? br......
The easiest way to have NanoFoil® parts customized for your NanoBond® application is to let us cut them for you. There are......
Since the NanoBond® process is almost instantaneous, fluxes are not used. (They just don’t have enough time to heat up to their activation t...
I’ve spent a fair amount of time aligning NanoFoil® and parts lately, and I’ve learned that aligning the assembly uniformly in z axis...
NanoFoil® is available in various thicknesses to suit different applications. In each variation, the thickness of each Aluminum and Nickel bi-laye...
At this point in the NanoBond® process, you should have successfully designed, setup, and activated/reacted the NanoFoil® – but how do...