Jeffrey Alexander 767-96SBZ Cabinet Pull Satin Bronze

Product Description

The JEFFREY ALEXANDER 767-96SBZ is a flared cabinet pull from the Philip Collection, finished in satin bronze. It is designed for installation on cabinet doors and drawers in residential and light commercial cabinetry applications. The pull measures 5 inches in overall length with a 96 mm center-to-center hole spacing, a width of 0.5 inches, and a projection of 1.0625 inches. The satin bronze finish provides a warm, muted tone suited for transitional and traditional cabinetry styles. Installation is straightforward for cabinetmakers, millworkers, and finish carpenters working on new builds or replacement hardware projects.

This pull is appropriate for use on kitchen cabinets, bathroom vanities, built-ins, and furniture pieces where a 96 mm boring pattern is required. The Philip Collection offers a consistent design language across multiple hole-spacing configurations, making it a practical choice for projects requiring hardware uniformity across varied cabinet sizes.

Key Features

• 96 mm center-to-center hole spacing for standard cabinet boring patterns
• 5 inches overall length with a low-profile 0.5-inch width
• 1.0625-inch projection keeps hand clearance comfortable during use
• Satin bronze finish resists fingerprints and complements warm-toned cabinetry
• Part of the Philip Collection for coordinated hardware across a full project

Compatibility

Designed as a direct-fit replacement or new-installation pull for cabinets bored at 96 mm center-to-center. Suitable for standard overlay and inset cabinet doors and drawer fronts accepting this hole spacing.

Installation Notes

Installation is performed by cabinetmakers, carpenters, or knowledgeable DIYers using a drill, 5mm or matching machine screw, and a screwdriver. Confirm the cabinet face frame or drawer front is bored at exactly 96 mm center-to-center before mounting. Use the manufacturer-supplied or appropriately sized machine screws to avoid stripping the threaded posts. Do not overtighten, as excessive torque can crack thin drawer fronts or damage the pull finish.