National Hardware N218-925 Steel Shelf Bracket 8x10 White

Product Description

The NATIONAL HARDWARE N218-925 is a white steel shelf bracket designed for load-bearing shelving installations in closets, garages, and sheds. Built with a girder-like internal construction, it delivers exceptional strength relative to its size. The bracket measures 8 by 10 inches and is sized to fit standard lumber widths, making it a direct fit for dimensional lumber shelving without modification. Six screw holes per bracket allow for secure fastening to wall studs or solid substrates. This bracket is a practical choice for carpenters, general contractors, and skilled tradespeople installing utility or storage shelving.

The N218-925 is suited for residential and light commercial storage applications. Typical installs include closet organizer systems, garage wall shelving, utility room storage, and shed interiors where standard lumber shelves are supported by wall-mounted brackets. The bracket accommodates common lumber widths used in these settings and is sold individually, allowing flexible layout configurations based on shelf span and load requirements.

Key Features

• Girder-like steel construction provides above-average strength for the bracket size
• Sized to accept standard dimensional lumber widths without trimming or shimming
• 6 screw holes per bracket for secure multi-point fastening
• White finish suitable for interior closet and utility installations
• 8 x 10 inch profile fits common single-shelf or multi-shelf arrangements

Compatibility

Designed as an OEM-style replacement or new-install bracket for standard lumber-width shelving in closets, garages, and sheds.

Installation Notes

Installation is performed with basic hand tools and a drill. Fasten the bracket into wall studs or use appropriate wall anchors rated for the intended load when studs are not available at the desired bracket location. Ensure the bracket is level before driving all fasteners. Follow local building code requirements for shelving load ratings in occupied spaces.