Jeffrey Alexander G120PC Cabinet Knob Polished Chrome

Product Description

The JEFFREY ALEXANDER G120PC is a glass button cabinet knob finished in polished chrome, designed for use on cabinet doors and drawers in residential and light commercial settings. Measuring 1-7/16 inches in diameter with a projection of 1-9/16 inches, this knob provides a secure, comfortable grip with a clean, reflective appearance. The glass button construction paired with a polished chrome base creates a classic yet versatile look suited to a range of cabinetry styles. Installation is straightforward and typically handled by cabinetmakers, finish carpenters, or experienced DIYers.

Part of the Harlow Collection by JEFFREY ALEXANDER, the G120PC is appropriate for kitchen cabinets, bathroom vanities, built-in cabinetry, and furniture applications. The polished chrome finish complements both traditional and transitional design schemes. Its compact diameter makes it well suited for smaller cabinet doors and drawer fronts where a refined, low-profile knob is preferred.

Key Features

• Glass button construction with polished chrome finish for a clean, reflective appearance
• 1-7/16 inch diameter fits standard single-hole cabinet boring patterns
• 1-9/16 inch projection provides comfortable grip clearance
• Part of the coordinated Harlow Collection for consistent hardware pairing across a project
• Suitable for cabinet doors and drawer fronts in residential and light commercial applications

Compatibility

Designed as an OEM-style replacement or upgrade knob for standard single-hole cabinet and drawer front installations typical of residential cabinetry.

Installation Notes

Installation requires a standard cabinet boring hole and is typically performed by cabinetmakers, carpenters, or knowledgeable DIYers using basic hand tools. Ensure the mounting screw length is appropriate for the cabinet door or drawer front thickness before installation. Avoid overtightening the mounting hardware, as the glass button construction can crack under excessive clamping force.