Jeffrey Alexander 585L-DACM Square Cabinet Knob Gun Metal

Product Description

The JEFFREY ALEXANDER 585L-DACM is a square cabinet knob finished in Gun Metal, part of the Delmar Collection. It measures 1.25 inches in overall length and 1.25 inches in width, with a 1-inch projection from the mounting surface. The solid, angular profile suits cabinet doors and drawer fronts in kitchens, bathrooms, and millwork applications. Cabinetmakers, finish carpenters, and remodeling contractors install this hardware as a final trim detail on face-frame and frameless cabinet builds alike.

The 585L-DACM fits residential and light commercial cabinet installations where a clean, squared silhouette and dark metallic finish are specified. It is suited to modern, transitional, and industrial-style interiors. The Gun Metal finish coordinates with dark fixture and appliance finishes commonly specified in contemporary kitchen and bath projects.

Key Features

• Square profile provides a clean, modern aesthetic suited to transitional and contemporary cabinetry
• Gun Metal finish delivers a dark, matte-metallic appearance consistent across the Delmar Collection
• 1.25-inch overall length and width offer a compact footprint appropriate for standard drawer and door fronts
• 1-inch projection keeps the knob close to the cabinet surface for a low-profile grip
• Part of the Delmar Collection, allowing consistent hardware specification across an entire project

Compatibility

Designed as a standard cabinet knob for use on residential and light commercial cabinetry door and drawer fronts with a single mounting hole.

Installation Notes

Cabinet knobs are installed by finish carpenters or cabinetmakers using a standard drill and screwdriver. Verify the mounting hole diameter and screw length against cabinet door or drawer front thickness before installation. Consistent hole placement across a cabinet run is typically achieved with a cabinet hardware jig. No power shutdown or trade-specific code compliance is required for decorative hardware installation.