Engineering Drawing / Specifications for Pure Indium Preforms
Missing dimensions can be resolved, but checking for this before sending the drawing can eliminate the time needed to solve the issue. Thorough drawin...
Indium
Selecting the Right Packaging for Pure Indium Preforms
Indium metal preforms need specialized packaging to ensure they arrive at your facility safetly and securely. Let us help you choose just the right pa...
Specifying Flux for Pure Indium Preforms
Jim Hisert enlists Meagan Sloan, Technical Support Engineer to recommend a flux for his indium preform application. ...
Now Available: Liquid Metal for Prototyping
Great news! Liquid metal for prototyping, low-volume applications, or even overclocking is more accessible that ever before....
Durafuse™ LT - Talking about Reflow
Durafuse™ LT gives us even more options for low temperature reflow, but thankfully just using consistent terminology can go a long way to m...
Durafuse™ LT - A New Relationship with Liquidus
Durafuse LT has two different liquidus temperatures - one lower and one higher than the the peak reflow temperature...
Durafuse™ LT - Drop-shock
Low temperature Durafuse™ LT's drop-shock test is two orders of magnitude better than the drop shock test of a BiSnAg alloy....
Indium Preform Order Quantity
Since pure indium preforms are so soft, making thousands of parts requires different processing and packaging methods than manufacturing jus...
Durafuse™ LT - New Mixed Solder Technology!
New Durafuse™ LT is a novel mixed alloy system designed to combine low temperature reflow with drop-shock performance similar to or better ...
Specifying Dimensions for Pure Indium Preforms
We have all ordered something in the wrong size - it’s frustrating! Today we discuss specifying the dimensions for pure indium preforms....
Specifying Indium Preform Purity
Indium is commonly available from 99.9% to 99.9999% purity, although 99.995-99.999% is recommended most often for vacuum, hermetic, and cryogenic seal...