Hager Hinge 257F10B Short Gooseneck Floor Stop Oil Rubbed Bronze

Product Description

The HAGER HINGE 257F10B is a short gooseneck floor stop finished in oil rubbed bronze. Floor stops are low-profile door control devices that mount directly to the floor to prevent a door from swinging too far open and damaging the wall, baseboard, or door hardware. This stop features a gooseneck profile, which positions the strike head at the correct height to contact the door bottom rail. At 0.65 pounds and a compact footprint, it is suited for both residential and light commercial door installations. Finish carpenters, general contractors, and door hardware installers are the typical trades fitting this type of stop.

This floor stop is appropriate for interior door applications where wall space or baseboard clearance makes a wall-mounted stop impractical. The short gooseneck height makes it a good fit for doors with lower bottom rail clearance. The oil rubbed bronze finish coordinates with matching door levers, hinges, and other hardware in the same finish family. It is sold individually as a single unit.

Key Features

• Short gooseneck profile accommodates doors with limited bottom rail clearance
• Oil rubbed bronze finish for coordination with matching door hardware
• Compact dimensions: 3.4 inches long, 2.2 inches wide, 1.8 inches tall
• Lightweight construction at 0.65 pounds
• Floor-mount design eliminates need for wall or baseboard clearance
• Sold as a single unit

Compatibility

Designed as an OEM-style floor stop for standard interior door installations where a low-profile gooseneck stop is required.

Installation Notes

Installation is typically performed by a finish carpenter, door hardware installer, or general contractor. Position the stop so the strike head contacts the door at the bottom rail with the door fully open, then mark and drill pilot holes before fastening to the floor substrate. Ensure the floor material is suitable for the fasteners provided or sourced separately. Verify the door swing path is clear before final positioning.