Low Temperature Processing: Durafuse™LT with Hot Bar Soldering
Testing Durafuse LT – our low temperature solder – with a different sort of process from usual: Hot Bar Soldering. ...
Low Temperature Solders
Durafuse™ LT - Process Control
Durafuse LT is a low-temperature solder with drop shock reliability and, as with any process, we need to know which parameters to control and the poss...
Step Soldering Opportunities with Durafuse™ LT
The Durafuse™ LT temperature range (200-210℃) is interesting because it provides new opportunities for step soldering....
Come Visit Our Brand New Website
Have you had a chance to look at the new Indium Corporation web site? It has a brand new format and some new features that we think you will lik...
Durafuse™ LT - Low-Temperature Reflow
Durafuse™ LT gives us even more options for low-temperature solder reflow, but thankfully just using consistent terminology can go a long w...
Durafuse™ LT - A New Relationship with Liquidus
Durafuse LT is a low-temperature solder with two different liquidus temperatures - one lower and one higher than the the peak reflow temperature...
Durafuse™ LT - Drop-shock
Low temperature solder Durafuse™ LT's drop-shock test is two orders of magnitude better than the drop shock test of a BiSnAg alloy...
Real-Life Scenario of a Step-Soldering Application
We discuss how to determine the proper melting point gap between two step solders....
Indium and Bismuth Alloys for Mechanical Uses (Fusible Alloys)
Some alloys that melt below 300° Celsius are used for applications other than joining two surfaces....
The Right Solder Alloy for the Right Application - Part 2
Indium's unique properties make it an excellent low-temperature solder AND the right material for so many other applications....
The Right Solder Alloy for the Right Application
Indium Corporation is the leading expert in solder alloy selection...the right alloy for the right application....
Properties and Uses of Low-Temperature Solder Alloys – (Part 4)
Low temperature alloys have a number of applications, including step soldering and interconnection of molded components. Additionally, its therma...
Properties and Uses of Low-Temperature Solder Alloys – (Part 3)
Expansion during cooling is a property of low-temperature alloys that can be very useful....
Properties and Uses of Low-Temperature Solder Alloys – (Part 2)
Low temperature alloys are available in a wide variety of solidus temperatures. Here is a selector guide to help you find the perfect alloy for your a...
A Guide to Low Temperature Solder Alloys
Let’s take a closer look at low temperature solder alloys....
EGaIn (Eutectic Gallium / Indium Liquid Metal) Will Change How We Think Of Electronics
"These fibers are slightly wider than a human hair, as stretchable as a rubber band, and yet can sense touch using a capacitive mechanism that is...
Low-Temperature Soldering is Easy!
There are a few hurdles in developing an efficient, reliable soldering process. This information makes low-temperature soldering easier....
Properties and Applications of Low Temperature Solders – don’t miss this presentation!
If you are attending SMTAI this year, you should not miss Dr. Ning-Cheng Lee’s professional development course on Properties and Applications of...
Low-Temperature Solders: Important, Valuable
New developments are happening almost daily in the electronics device world: phones that do much more than just convey voice, clothing that monitors a...
Solder Paste for Low Temperature and Pb-Free Applications
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...
How Low is Low Temperature in Soldering?
Do you ever have a need for a “low temperature” solder (meaning an alloy that melts at less than 175C)? You may have delicate components t...