Deltana DSF600U15 Floor Mount Door Bumper Satin Nickel

Product Description

The DELTANA DSF600U15 is a heavy-duty floor mount door bumper finished in satin nickel. It mounts directly to the floor to stop a door at the base, protecting walls, baseboards, and door hardware from impact damage. At 6 inches in height, it provides a substantial contact point suited to commercial and residential applications alike. The satin nickel finish offers a clean, professional appearance that coordinates with standard architectural hardware. Licensed contractors and finish carpenters install this type of hardware during new construction or renovation work when wall-mount options are not practical or preferred.

This floor mount bumper is suited for use in residential entryways, commercial offices, hotel corridors, and other high-traffic doorways where consistent door control is needed. It is sold as a single unit and is appropriate for both interior and exterior door installations where floor anchoring is structurally feasible. The heavy-duty construction supports frequent door contact without deforming or loosening over time.

Key Features

• Floor mount design eliminates the need for wall or baseboard anchoring
• 6-inch bumper height provides a reliable door stop contact point
• Heavy-duty construction rated for high-traffic commercial and residential use
• Satin nickel finish coordinates with standard architectural hardware
• Sold individually with a case quantity of 10 available for project orders

Compatibility

Designed as an OEM-style floor mount door bumper for standard residential and commercial door installations where a floor-anchored stop is required.

Installation Notes

Installation is typically performed by a carpenter, finish contractor, or general tradesperson. Locate and mark a solid subfloor anchor point before drilling to ensure a secure hold. Use appropriate fasteners for the floor substrate, whether concrete, wood, or tile. Confirm the door swing arc and final bumper position before final anchoring to avoid misalignment.