Jeffrey Alexander 293-224SN Cabinet Pull Satin Nickel 224mm

Product Description

The JEFFREY ALEXANDER 293-224SN is a square bar cabinet pull finished in satin nickel, designed for use on cabinet doors and drawers in residential and light commercial millwork applications. Part of the Zane Collection, this pull features clean, angular lines with a 224 mm center-to-center hole spacing and an overall length of 10-1/16 inches. The satin nickel finish provides a brushed, low-sheen appearance that resists fingerprints and complements contemporary and transitional cabinet styles. Cabinet installers, finish carpenters, and remodelers are the typical trades working with this hardware.

This pull is suited for kitchen cabinetry, bathroom vanities, built-ins, and furniture applications where a modern square bar profile is specified. The 224 mm hole spacing and 10-1/16 inch overall length make it appropriate for larger drawer fronts and wide cabinet doors. It is offered as part of the Zane Collection, allowing for consistent hardware styling across a full cabinet installation.

Key Features

• 224 mm center-to-center hole spacing for standard large-drawer layouts
• Square bar profile with clean angular geometry from the Zane Collection
• Satin nickel finish with low-sheen brushed appearance
• Overall length of 10-1/16 inches with a 1/2 inch width
• Projection of 1-1/4 inches from the cabinet face

Compatibility

Designed as an OEM-style drop-in replacement or new-installation cabinet pull for cabinetry with 224 mm center-to-center hole spacing. Coordinates with other hardware pieces within the JEFFREY ALEXANDER Zane Collection.

Installation Notes

Installation is typically performed by a finish carpenter, cabinet installer, or experienced remodeler. Verify that cabinet door or drawer front thickness is sufficient to accept the mounting screws before drilling. Power tools are not required, but a drill with a proper bit and a template or jig is recommended for accurate hole placement. Always align hole spacing to 224 mm center-to-center to ensure proper fit.