Gasket sealing and installation process for door gasket on weatherproof outlet electrical box

1. A sealing member for establishing a water resistant seal between two elements comprising: a resilient gasket having opposed gasket surfaces for engagement between said two elements; and a water resistant coating applied to said gasket, said water resistant coating providing releasable and repositionable adhesive sealing contact prior to curing of said water resistant coating with at least one of said elements, wherein said gasket includes open-cell structure edges and said sealing member encapsulates said edges preventing fluid migration therein.

2. A sealing member of claim 1 , wherein said water resistant coating is applied as a liquid.

3. A sealing member of claim 2 , wherein said sealing member is applied by dip coating.

4. A sealing member of claim 2 , wherein said sealing member is applied by spray coating.

5. A sealing member of claim 2 , wherein said liquid coating is dryable in place.

6. A sealing member of claim 5 , wherein said liquid coating provides adhesive attachment to said at least one surface upon drying.

7. A sealing member of claim 1 , wherein said water resistant coating is colored to provide visual confirmation that the gasket was covered with the coating.

8. A sealing member of claim 1 , wherein said water resistant coating is colorless.

9. A water resistant electrical box assembly comprising:

an electrical box having a perimetrical rim thereabout; a cover movably positioned on said box for overlying engagement against said rim; and a resilient gasket positionable on said rim for resilient sealing engagement with said cover; said gasket including a water resistant coating thereon for establishing a releasable adhesive sealing coating with said rim, wherein said gasket includes open-cell structure edges and said water resistant coating encapsulates said edges preventing fluid migration therein.

10. The water resistant electrical box assembly of claim 9 , wherein said water resistant coating provides adhesive attachment to said cover upon drying of said coating.

11. A method of waterproofing an electrical box cover comprising:

die cutting a closed cell structured gasket material to desired shape to form edges on said gasket wherein said edges have an open-cell structure; coating gasket with a water resistant coating creating a wetted gasket, said coating step further including coating said open-cell structure of said edges and encapsulating said open-cell structure with said water resistant coating to prevent fluid migration therein;

and releasably adhering one side of said wetted gasket on a surface of said electrical box cover.

12. The method of waterproofing an electrical box cover of claim 11 , wherein said electrical box cover includes a cover door having a surface attached to a cover frame having an interior surface, further including the step of closing said electrical cover to allow said gasket to be imprinted in another side of said wetted gasket by contacting the interior surface of said cover frame forming a groove.

13. The method of waterproofing an electrical box cover claim 12 , further including the step of maintaining said electrical cover in a closed position while said wetted gasket is dries.

14. The method of waterproofing an electrical box cover claim 13 , further including the step of drying said wetted gasket to form a mechanical attachment of the one side of the gasket and the cover and customized imprinting of the interior surface of the electrical box to the another side of the gasket.