Ives WS406407CVX26D Convex Wall Bumper 2.5 in Satin Chrome

Product Description

The IVES WS406407CVX26D is a solid brass convex wall bumper finished in satin chrome (26D). It mounts to a wall surface to stop a door before the handle, knob, or lock hardware can contact and damage the wall. The convex face profile distributes impact force across the bumper face rather than concentrating it at a single point. At 0.15 pounds and a compact footprint, this bumper is unobtrusive once installed. It is specified by finish carpenters, door hardware installers, and general contractors during new construction and renovation projects where door swing protection is required.

This wall bumper is suited for interior residential and light commercial applications where doors swing freely and wall protection is needed. It is appropriate for offices, hotel corridors, apartments, and residential rooms. The satin chrome finish coordinates with other 26D-finish door hardware such as levers, hinges, and pulls, making it a practical choice when finish consistency across a door opening is required. Sold individually, with a case quantity of 10 units for larger projects.

Key Features

• Solid brass construction for durability and corrosion resistance
• Convex face profile distributes door impact across the bumper surface
• Satin chrome (26D) architectural finish coordinates with standard door hardware
• Compact dimensions suit tight clearances between door hardware and wall
• Lightweight at 0.15 pounds for easy single-person installation

Compatibility

Designed as an OEM-style wall-mount door bumper for interior residential and light commercial door openings requiring swing protection.

Installation Notes

Installation is typically performed by a finish carpenter, door hardware installer, or general contractor. Locate a wall stud or use an appropriate wall anchor rated for the substrate before fastening. Power down any adjacent low-voltage systems if drilling near wiring is a concern. Follow local building codes for door hardware installation requirements.