Rockwood 415 Convex Wall Stop – US26D Satin Chrome

The Rockwood 415 is a heavy-duty, solid cast brass wall stop engineered to protect commercial interiors from the high-impact force of heavy doors. Featuring a massive 4-inch diameter base, this wall-mounted bumper is designed to disperse impact energy across a larger surface area, preventing the structural wall damage often caused by smaller, standard-sized stops. Finished in US26D (626) Satin Chrome, it provides a professional, architectural aesthetic that coordinates perfectly with standard commercial door hardware.

Engineered for Maximum Wall Protection

The Rockwood 415 is the industry standard for high-traffic environments where door control is a challenge.

• Superior Impact Dispersion: The oversized 4" diameter base and flush back plate act as a structural barrier, protecting drywall and plaster from the concentrated force of door knobs, levers, and exit device trims.
  
• DuraFlex Convex Bumper: Equipped with a resilient, convex rubber bumper that absorbs shock and lessens noise upon contact. The convex shape is specifically designed for doors with locksets that do not have a button or thumbturn on the lever.
  
• Commercial-Grade Construction: Manufactured from solid cast brass, ensuring long-term durability in schools, hospitals, and industrial facilities.
  
• Universal Installation: Each unit includes a universal screw pack with anchors for various wall conditions, including toggle bolts for hollow walls and lead anchors for masonry
  

Technical Specifications

Fastener & Mounting Information

The included universal fastener pack ensures a secure mount regardless of your wall construction:

Why Choose the Rockwood 415 for Your Project?

Ideal Applications:

• Educational Institutions: Hardening hallway and classroom walls against student misuse.
• Healthcare Facilities: Protecting corridors from heavy hospital beds or cart impacts.
• Hospitality & Commercial: Providing a clean, modern look in high-end office build-outs.
• Behavioral Health: The large, low-profile design is often preferred in areas requiring increased safety and durability (See BH415 for specialized versions).

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