Jeffrey Alexander 867-320NI Cabinet Pull Polished Nickel

Product Description

The JEFFREY ALEXANDER 867-320NI is a rectangular cabinet pull finished in polished nickel, designed for use on cabinet doors and drawers in residential and light commercial millwork applications. It features a 320 mm center-to-center hole spacing and an overall length of 13-15/16 inches, making it suited for larger drawer fronts and wide cabinet doors. The clean, square-edged profile is part of the Anwick collection. Installation is straightforward for cabinetmakers, finish carpenters, and general contractors working on kitchen, bath, or built-in casework projects.

This pull is intended for use on standard overlay and inset cabinet doors and drawer fronts where a 320 mm (approximately 12-19/32 inches) bore spacing is specified. The polished nickel finish suits transitional and contemporary interior styles. It is commonly installed during new construction cabinetry work or cabinet refacing projects where hardware is being updated to match a design specification.

Key Features

• 320 mm center-to-center hole spacing for wide drawer and door applications
• Overall length of 13-15/16 inches with a 5/8 inch width profile
• 1-1/16 inch projection from the cabinet surface
• Polished nickel finish for a clean, reflective surface appearance
• Part of the Anwick collection with a square-edged rectangular form

Compatibility

Designed as an OEM-style cabinet hardware pull for use with standard 320 mm center-to-center cabinet door and drawer front bore patterns common in residential and light commercial cabinetry.

Installation Notes

Cabinet pulls of this type are installed by cabinetmakers, carpenters, or general contractors using a drill, appropriately sized bit, and machine screws through the cabinet face. Power down any built-in cabinet lighting circuits before drilling if applicable. Verify bore spacing against the template before drilling to avoid misalignment on finished cabinet faces. Use a backing board when drilling through cabinet panels to prevent tear-out on finished surfaces.