Water-resistant coating for computer digital data storage device
A low cost method of applying a water-resistant coating to the exterior of a computer digital data storage device is provided. The storage device is compatible with industry standard 2.5 inch or 3.5 inch drive sizes and is either dipped into a reservoir of liquid elastomeric, rubberized epoxy compound or by applying a thermoset polyurethane polymer to the exterior surface of the storage device by reaction injection molding. Both methods produce a coating which has high thermal conductivity and high electrical resistance so that the storage device will operate properly. The resultant form of the water resistant coated digital data storage device is compatible with industry standard 2.5 inch and 3.5 inch computer hard drive bays. Both methods lend themselves to high speed automatic application, thereby greatly reducing the applied cost of the coating. The invention also pertains to the coatings, themselves, as applied to the exterior surfaces of a computer digital data storage device compatible with industry standard 2.5 inch and 3.5 inch computer hard drive bays.
1 . A low cost method of applying a water-resistant coating to the exterior of an operational computer digital data storage device comprising the steps:
connecting a printed circuit board adapter to said storage device, and
dipping said storage device into a reservoir of liquid elastomeric, rubberized epoxy compound, wherein said compound has high thermal conductivity and high electrical resistance.
2 . A water-resistant coating for application to the exterior surfaces of an operational, computer digital data storage device wherein said coating comprises an elastomeric, rubberized epoxy having high thermal conductivity and high electrical resistance.
3 . A low cost method of applying a water-resistant coating to the exterior of a computer digital data storage device comprising the steps:
connecting a printed circuit board adaptor to said storage device, and
applying a thermoset polyurethane polymer to said exterior surface by reaction injection molding to produce a foam covering having high thermal conductivity and high electrical resistance.
4 . A water-resistant coating for application to the exterior surface of an operational, computer digital data storage device wherein said coating comprises a thermoset polyurethane polymer having high thermal conductivity and high electrical resistance.