Jeffrey Alexander 435-160DBAC Cabinet Pull Brushed Oil Rubbed Bronze

Product Description

The JEFFREY ALEXANDER 435-160DBAC is a square-profile cabinet pull from the Annadale Collection, finished in Brushed Oil Rubbed Bronze. It measures 7-5/8 inches in overall length with a 160 mm (approximately 6-5/16 inches) center-to-center hole spacing, a width of 7/8 inches, and a projection of 1-3/16 inches. The pillow-top bar design delivers a clean, period-appropriate silhouette suited to cabinet and drawer face frames in residential and light commercial millwork. Cabinetmakers, finish carpenters, and kitchen-and-bath installers are the typical trades working with this hardware.

The 435-160DBAC fits standard 160 mm boring patterns common on European-style cabinet doors and drawer fronts. It is well suited to kitchen cabinetry, bathroom vanities, and built-in furniture pieces where a Brushed Oil Rubbed Bronze finish is specified. The Annadale Collection maintains consistent styling across knobs and pulls, making coordinated hardware selection straightforward on larger projects.

Key Features

• 160 mm center-to-center hole spacing fits standard European boring patterns
• 7-5/8 inches overall length with a pillow-top square bar profile
• 1-3/16 inch projection keeps the pull close to the cabinet face
• Brushed Oil Rubbed Bronze finish for a warm, muted tone
• Part of the coordinated Annadale Collection for consistent hardware specification

Compatibility

Designed as a direct-fit replacement or new-installation pull for cabinet doors and drawer fronts drilled to a 160 mm center-to-center pattern.

Installation Notes

Installation requires a screwdriver or drill driver and the appropriate machine screws, which are typically included or sourced separately to match door thickness. Verify cabinet or drawer face drilling matches the 160 mm center-to-center dimension before installation. Back out any pilot holes carefully to avoid splintering on finished surfaces, and use a template when installing multiple pulls for consistent alignment.