Jeffrey Alexander 549-192PC Cabinet Pull Polished Chrome

Product Description

The JEFFREY ALEXANDER 549-192PC is a cabinet pull finished in polished chrome, part of the Merrick Collection. It measures 8 inches in overall length with a 192 mm center-to-center hole spacing, making it a standard fit for a wide range of cabinet door and drawer applications. At 9/16 inches wide and with a projection of 1-1/16 inches, the pull sits close to the surface for a clean, low-profile look. This hardware is installed by finish carpenters, cabinetmakers, and general contractors during new construction or renovation work.

The 549-192PC suits residential and light commercial cabinet installations where a polished chrome finish is specified. Common applications include kitchen cabinet doors and drawers, bathroom vanity drawers, and furniture refresh projects. The 192 mm center-to-center spacing aligns with widely used hole patterns found on stock and semi-custom cabinetry, reducing the need for new drilling in many replacement scenarios.

Key Features

• Polished chrome finish for a bright, reflective surface suited to modern and transitional interiors
• 192 mm center-to-center hole spacing matches common standard cabinet boring patterns
• 8 inches overall length provides substantial grip area for drawer and door pulls
• 9/16 inch width keeps the profile narrow and unobtrusive
• 1-1/16 inch projection keeps hand clearance functional without excessive standoff
• Part of the Merrick Collection for coordinated hardware across a project

Compatibility

Designed as a replacement or upgrade pull for cabinet doors and drawers with a 192 mm center-to-center boring pattern.

Installation Notes

Installation is performed by carpenters, cabinetmakers, or general trades using a drill, template, and standard screwdriver or bit. Verify the existing or planned bore pattern matches the 192 mm center-to-center spacing before installation. Use the hardware manufacturer-supplied screws or appropriately sized machine screws matched to the cabinet door or drawer face thickness. Avoid overtightening fasteners on thin drawer fronts to prevent surface damage.