Jeffrey Alexander 944-305SBZ Arched Cabinet Pull Satin Bronze

Product Description

The Jeffrey Alexander 944-305SBZ is an arched cabinet pull from the Roman Collection, finished in satin bronze. Built for cabinetry applications where a substantial, classic profile is needed, this handle measures 13-3/16 inches in overall length with a 305 mm (approximately 12 inches) center-to-center hole spacing. The projection is 1-9/16 inches, giving hands comfortable clearance from the cabinet face. The arched bar profile and satin bronze finish suit both residential kitchen and bath cabinetry installations. Finish and form are consistent across the Roman Collection, making matched hardware sets straightforward to source.

This pull is suited for use on kitchen cabinet doors, drawer fronts, and appliance panels where a 12-inch center-to-center spacing is required. The arched Roman-style design works with traditional, transitional, and farmhouse cabinet styles. It is commonly installed by finish carpenters, cabinetmakers, and general contractors during cabinet installation or hardware upgrade projects.

Key Features

• 12-inch center-to-center hole spacing for standard large-pull drilling patterns
• 13-3/16 inches overall length with arched profile for a classic Roman aesthetic
• 1-9/16 inch projection provides ergonomic hand clearance from cabinet surface
• 1/2 inch width bar stock for a refined, trim appearance
• Satin bronze finish for a warm, low-sheen look consistent across the Roman Collection

Compatibility

Designed as a drop-in replacement or new-installation pull for cabinetry with a 12-inch (305 mm) center-to-center hole spacing.

Installation Notes

Installation is typically performed by finish carpenters or cabinetmakers using a drill, appropriate screw length for door or drawer thickness, and a hardware jig to ensure consistent placement. Power down any powered cabinetry or appliance panels before installing pulls on appliance fronts. Verify that mounting screws supplied or sourced are compatible with the cabinet material thickness to avoid pull-through or surface damage.