Desiccant Dry Cabinet History

1974 saw the development of the first auto-refreshing desiccant dry box for the consumer market. This device used pre-determined amounts of silica-gel which was periodically refreshed by a heater on a timer circuit.

Further R&D introduced the use of synthetic Zeolite (Molecular Sieves) as a replacement to Silica Gel in 1976.

A patent was awarded in 1982 to a Japanese company for their new design of an ultra-low humidity desiccant dryer. Many future competitive designs would have a number of similarities to this newly patented unit.

In 1987 Texas Instruments (Kyusyu, Japan) works with a leading manufacturer of dry boxes to design the first ultra-low humidity dry cabinet for use within their electronics manufacturing facilities. These cabinets are designed to maintain constant environments of 10%, 3%, and 1% RH, and are installed to protect moisture sensitive devices. Prior to this most dry cabinet applications were either residential/consumer or within the optics industry (to prevent fungal growth).


< Previous Page | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | Next page >








Articles

ArticlesVisit our new section on articles related to the dry cabinet industry. Our first featured piece discusses storage within the PCB manufacturing environment.




Click here to see our extensive list of additional items that can be added to your dry cabinet. Options include everything from extra shelves and dividers to locks and alarms.

Dry Cabinet Options

Totech America offers a wide selection of cabinets to choose from, including storage for printed circuit boards, optics, laboratory equipment, industrial equipment, collectables, media, and more (select an application at the top of this page). If you don’t find what you’re looking for click on our customs page, and our engineers will be happy to put together the perfect solution for you, at a cost that’s less expensive than you may think!