GARDNER BENDER INC {P}
OUTLET SPACER 1/8" 4pk. FOR OUTLET/RECEPTICAL
Aisle Number: 44
Bin Number: 06
For use where outlets or switches are recessed back behind the drywall to keep flush with wall plate. This is an easy, inexpensive solution to an outlet that is either spongy when plug is inserted or is recessed and lines up poorly with receptacle openings in wall plate. Helps prevent shock, fire or shorting due to outlet movement. Great for remodel projects, and installation of tile or paneling.
Use to bring electrical outlet or switch flush with cover plate
Easily adapted for desired thickness
Made of flame resistant material
Accepts #6, #8, #10 screws (not included)
4 inch tear-apart spacers caterpillar together to create desired shim depth
Chat with us now or give us a call for shipping costs at (773)283-2550. You can also place the order and our sales team will get back to you with shipping estimates within 24 hours.
Contact BE Atlas for Updated Pricing: (773) 283-2550
(BETA) GPT Name and Description (content under review - please confirm with B.E. Atlas before purchasing)
These spacers are designed to be used where outlets or switches are recessed back behind the drywall to keep them flush with the wall plate. They provide an easy and inexpensive solution to outlets that are either spongy when a plug is inserted or are recessed and line up poorly with receptacle openings in the wall plate, Made of flame-resistant material, Easily adapted for desired thickness, Accepts #6, #8, #10 screws (screws not included), 4-inch tear-apart spacers that can be stacked together to create the desired shim depth, Each spacer measures approximately 4.2 inches in length, 2.5 inches in width, and 0.4 inches in height when packaged, Comes with a standard 1-year warranty and is RoHS compliant (Restriction of Hazardous Substances Directive), These spacers are ideal for remodel projects, the installation of tile or paneling, and ensuring that electrical outlets or switches are properly aligned with wall plates to prevent shock, fire, or shorting due to outlet movement.