Jeffrey Alexander 264-3NI Cabinet Pull Polished Nickel

Product Description

The JEFFREY ALEXANDER 264-3NI is a cabinet pull from the Alvar Collection, finished in polished nickel. It measures 3-11/16 inches in overall length with a 3-inch center-to-center hole spacing, making it a standard fit for a wide range of cabinet and drawer applications. The 3/8-inch width and 1-1/16-inch projection give it a slim, low-profile look suited to both modern and transitional cabinetry. This pull is installed by cabinetmakers, finish carpenters, and general contractors during new construction or renovation work.

The 264-3NI fits residential and light commercial cabinetry including kitchen cabinets, bathroom vanities, and furniture drawers. The 3-inch center-to-center spacing is one of the most common standard hole patterns in residential cabinetry, making this pull a practical choice for replacement or upgrade installations where existing hardware holes are already drilled to that spacing.

Key Features

• Polished nickel finish for a clean, reflective surface that resists tarnish in typical indoor environments
• 3-inch center-to-center hole spacing matches the most common standard cabinet pull drilling pattern
• 3-11/16 inch overall length provides visual balance on standard cabinet door and drawer faces
• 3/8 inch width and 1-1/16 inch projection for a slim, low-profile grip
• Part of the Alvar Collection for coordinated hardware across a single project

Compatibility

Designed as a direct-fit replacement or new-installation pull for cabinets and drawers pre-drilled to a 3-inch center-to-center hole spacing.

Installation Notes

Installation requires a screwdriver or drill and machine screws sized to the cabinet door or drawer face thickness. Verify the existing or planned hole spacing matches the 3-inch center-to-center dimension before drilling. When replacing existing hardware, confirm that the new pull covers any wear marks left by the previous piece. No special trade licensing is required for cabinet hardware installation.