Dry cabinets for laboratory use is critical in electronics storage because humidity directly impacts reliability. If you want to understand
a dry cabinet and how does it work, a dry cabinet provides controlled low humidity storage to prevent moisture damage.
Why It Matters
Electronics absorb moisture during storage. Similar to dry cabinets for optics and camera lenses, without proper humidity control, failures such as cracking, oxidation, and solder defects occur during assembly.
See XDry laboratory application products
Best Practice
Use a dry cabinet or electronic dry cabinet to maintain low humidity conditions, typically below 5% RH for sensitive devices, similar to requirements for moisture control for museums and archives.
Why XDry
XDry dry cabinets are self-contained, nitrogen unnecessary, and provide ultra-low RH storage for MSDs, PCBs, reels, and trays.
FAQ
Q: Why use a dry cabinet?
A: To prevent moisture-related damage by storing them in a low-humidity environment (less than 5%). Doing so keeps printed circuit boards and electronic components ready for production and eliminates harsh preproduction baking cycles.
Q: What RH is ideal?
A: Ultra-low humidity for sensitive electronics needing to be stored in an environment of less than 5%, ideally closer to 1-2%
