Jeffrey Alexander 293-192MB Cabinet Pull 192mm Matte Black

Product Description

The JEFFREY ALEXANDER 293-192MB is a square bar cabinet pull finished in matte black, designed for installation on cabinet doors and drawers in residential and light commercial millwork applications. It features a 192 mm center-to-center hole spacing and an overall length of 8-13/16 inches, making it a standard size suitable for most face-frame and frameless cabinet configurations. The 1/2-inch-wide bar profile and 1-1/4-inch projection give it a clean, minimal appearance consistent with contemporary and transitional interior styles. Licensed cabinetmakers, finish carpenters, and skilled DIYers are the typical installers.

This pull is part of the Zane Collection by JEFFREY ALEXANDER, a line built around square-profile hardware in coordinated finishes. It suits kitchen cabinetry, bathroom vanities, and furniture-grade millwork where a flat matte black finish is specified. The 192 mm bore spacing aligns with common European and domestic cabinet drilling standards, reducing the need for custom drilling on most cabinet boxes.

Key Features

• 192 mm center-to-center hole spacing for standard cabinet drilling compatibility
• Matte black finish resists fingerprints and coordinates with modern hardware schemes
• Square bar profile at 1/2 inch wide for a clean, geometric aesthetic
• 1-1/4 inch projection provides adequate clearance for hand grip on flush cabinet faces
• Part of the Zane Collection for coordinated multi-piece hardware installations

Compatibility

Designed as an OEM-style replacement or new-installation cabinet pull for residential and light commercial cabinetry with 192 mm center-to-center boring patterns.

Installation Notes

Installation is performed by cabinetmakers, carpenters, or knowledgeable DIYers using a standard drill, appropriate bit, and the mounting hardware typically included with the pull. Confirm the cabinet face bore spacing matches 192 mm before drilling. Avoid overtightening mounting screws on thin cabinet faces, as this can crack the substrate or strip the bore.