Instructables
Unique wearable technologies are rapidly gaining significant interest due to the amazing achievements in advanced materials and mobile technology.   Such technologies are going to provide us with a plethora of unique user experiences we've only dreamed of. Innovative products such as watches powered by solar energy, sunglasses that change color and tint, and fabrics that generate electrical energy are just the beginning of an exciting time ahead for all of us.  The integration of these new materials and complex electronic devices such as circuit boards and light emitting diodes (LED's) into wearable technology is starting to provide unique user experiences when implemented into different user interfaces from everyday life use to mobile health diagnostics.  However, in most situations and cases, minimizing the exposure to heat and moisture is crucial to minimizing corrosion and failure of components.  Constant exposure to moisture and water (from sweat, swimming, washing clothes, etc) in wearable textiles is one of the leading causes to electronic failure in these wearable devices.

There's a crazy array of the manufacturing approaches for reducing the exposure of wearable devices to moisture and water, but we at Beyond 5 Industries wanted to share an approach with the Instructables community that the everyday hackers, tinkers, and craft hobbists alike could reasonably start using today!  In this tutorial, we will show you one solution to waterproofing your electronic components by encapsulating them with a liquid silicone solution that when mixed with a curing agent can provide longer term water protection for your electronic components allowing you enhanced possiblities for designing wearables exposed to lots of moisture.  
 
 
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JesusGeek4 months ago

I used hot glue, but this is a much stronger solution and this is definitely more design/look friendly.

Thanks for sharing!