Jeffrey Alexander 549-160MB Matte Black Cabinet Pull 160mm

Product Description

The JEFFREY ALEXANDER 549-160MB is a cabinet pull finished in Matte Black, part of the Merrick Collection. It measures 6.75 inches in overall length with a 160 mm (approximately 6.3 inches) center-to-center hole spacing. The pull projects 1.0625 inches from the cabinet face and has a width of 0.5625 inches. Designed for cabinet and drawer applications, this pull is typically installed by finish carpenters, cabinetmakers, and general contractors during new construction or renovation work.

This pull suits residential and light commercial cabinet installations where a clean, matte black finish is specified. It fits standard 160 mm boring patterns common in kitchen cabinetry, bathroom vanities, and furniture-grade casework. The Merrick Collection offers a consistent design language across multiple hole spacings, making it straightforward to specify across a full project.

Key Features

• Matte Black finish provides a non-reflective, uniform appearance suitable for modern and transitional interiors
• 160 mm center-to-center spacing aligns with standard European cabinet boring patterns
• 6.75 inch overall length offers a substantial grip surface on full-height drawer fronts
• 1.0625 inch projection keeps hands clear of the cabinet face during operation
• Part of the Merrick Collection, allowing consistent hardware specification across multiple pull sizes

Compatibility

Designed as an OEM-style replacement or new-installation pull for cabinets and drawers with a standard 160 mm center-to-center hole pattern.

Installation Notes

Installation is typically performed by a finish carpenter or cabinetmaker using a drill, template, and screwdriver. Power off any under-cabinet lighting or electrical components in the work area before drilling. Verify cabinet door and drawer front thickness before selecting screw length, as hardware screws are not always included. Follow the cabinet manufacturer's boring template specifications to ensure accurate hole placement.