Jeffrey Alexander 635-160PC Cabinet Bar Pull Polished Chrome

Product Description

The JEFFREY ALEXANDER 635-160PC is a square bar-style cabinet pull finished in polished chrome. It belongs to the Sutton Collection and is designed as a functional hardware component for cabinet doors and drawers in residential and light commercial cabinetry installations. The pull measures 7.5 inches in overall length with a 160 mm (approximately 6.3 inches) center-to-center hole spacing. Its slim 0.375-inch width and 1.063-inch projection keep the profile low-clearance and trim. Cabinetmakers, finish carpenters, and cabinet installers are the primary trades working with this hardware.

The 635-160PC suits kitchen, bathroom, and built-in cabinetry applications where a clean, square-bar profile is specified. The polished chrome finish coordinates with brushed and chrome plumbing fixtures and appliances, making it a common choice in transitional and contemporary kitchen and bath renovations. It is appropriate for overlay and inset door and drawer configurations where standard two-hole bar pull mounting applies.

Key Features

• 160 mm center-to-center hole spacing for standard two-hole mounting
• 7.5 inches overall length with a low 1.063-inch projection
• Square bar profile at 0.375 inches wide for a clean, contemporary look
• Polished chrome finish for durability and corrosion resistance in kitchen and bath environments
• Part of the Sutton Collection for coordinated hardware selections across a project

Compatibility

Designed as a standard two-hole bar pull for residential and light commercial cabinet doors and drawers with 160 mm center-to-center hole spacing.

Installation Notes

Installation requires drilling or confirming existing holes at 160 mm center-to-center. A template or jig is recommended to ensure consistent placement across multiple doors and drawers. Fasten with the appropriate machine screws supplied or specified for the cabinet door thickness. Avoid overtightening, which can crack face-frame material or strip mounting threads.