Ives R43512 Riser for FS436 Dome Stop Aluminum

Product Description

The IVES R43512 is a 0.5-inch riser designed to work with the FS436 dome-style floor stop. It extends the effective height of the dome stop to accommodate thicker flooring materials or uneven floor surfaces where the standard stop height falls short. Finished in aluminum, the riser maintains a consistent architectural appearance when paired with the FS436 stop. Installation is straightforward and requires no specialized tools. This hardware accessory is used in commercial and residential door applications where proper door control and floor protection are required.

This riser is suited for use in new construction and renovation projects where flooring transitions, raised thresholds, or floor-leveling materials reduce the clearance available for a standard dome stop. It is installed at the base of the door swing path, anchored to the floor, and paired directly with the FS436 dome stop to provide the correct finished height. Contractors and finish carpenters working on door hardware installations will encounter this part when tile, hardwood, or other finish flooring raises the floor plane after initial rough-in.

Key Features

• Raises the FS436 dome floor stop by 0.5 inches to compensate for thicker finish flooring
• Aluminum finish coordinates with standard architectural door hardware palettes
• Compact footprint at 2.5 inches long by 1.5 inches wide by 1 inch tall
• Lightweight at 0.1 pounds, adding no meaningful load to the door stop assembly
• Sold individually, one riser per unit

Compatibility

Designed for use with the IVES FS436 dome floor stop. Verify finish and stop model before ordering to ensure a matched assembly.

Installation Notes

Installation is typically performed by a finish carpenter, door hardware installer, or general contractor as part of door hardware trim-out. Power down any electrically held-open door hardware in the area before working on floor stop components. Anchor the riser and dome stop to the floor per the fastener requirements of the floor substrate, following applicable building codes for the jurisdiction. Do not install on surfaces that would prevent the fasteners from achieving full engagement.