Jeffrey Alexander 972-96SN Cabinet Pull Satin Nickel 96mm

Product Description

The JEFFREY ALEXANDER 972-96SN is a square cabinet pull finished in satin nickel, part of the Marlo Collection. It measures 4.5 inches in overall length with a 96 mm center-to-center hole spacing, making it a direct fit for standard cabinet boring patterns. The pull projects 1.0625 inches from the cabinet face and has a width of 0.5 inches. Licensed contractors, cabinetmakers, and finish carpenters install this hardware during new construction, remodels, and cabinet refacing projects where a clean, contemporary profile is specified.

The 972-96SN suits residential and light commercial cabinetry applications, including kitchen base and upper cabinets, bathroom vanities, and built-in storage units. Its satin nickel finish integrates with brushed metal fixture packages commonly specified in transitional and modern interior designs. The 96 mm bore spacing aligns with widely used European and North American cabinet drilling standards, reducing the need for new hole placement on replacement installations.

Key Features

• 96 mm center-to-center hole spacing fits standard cabinet drilling patterns
• Satin nickel finish provides a brushed, low-sheen appearance resistant to fingerprints
• 4.5-inch overall length with a low 0.5-inch width for a slim, square profile
• 1.0625-inch projection keeps the pull accessible without excessive protrusion
• Part of the Marlo Collection for coordinated hardware specification across a project

Compatibility

Designed as an OEM-style replacement or upgrade pull for residential and commercial cabinetry with 96 mm center-to-center boring.

Installation Notes

Installation requires a screwdriver or drill driver and machine screws sized to the cabinet door or drawer thickness. Power down any soft-close or electronic drawer systems before hardware removal. Verify cabinet material thickness to select the correct screw length, as screws are typically sold separately. Follow applicable finish carpentry specifications for hardware placement height and alignment consistency across a cabinet run.