Jeffrey Alexander 178SN Cabinet Bar Pull Satin Nickel

Product Description

The JEFFREY ALEXANDER 178SN is a steel cabinet bar pull finished in satin nickel, designed for use on cabinet doors and drawers in residential and light commercial millwork applications. Part of the Key West Collection, this pull measures 7 inches in overall length with a 128 mm (approximately 5.04 inches) center-to-center hole spacing. The bar diameter is 9/16 inches, and the projection from the cabinet face is 1-7/16 inches. Licensed cabinetmakers, finish carpenters, and kitchen and bath installers are the typical trades that source and install this hardware.

The 178SN suits standard face-frame and frameless cabinet installations in kitchens, bathrooms, laundry rooms, and built-in furniture. The satin nickel finish works with brushed metal fixtures and contemporary or transitional design schemes. The Key West Collection provides a coordinated hardware family, making it straightforward to match pulls, knobs, and other decorative hardware across a single project.

Key Features

• Satin nickel finish resists tarnishing and fingerprints in high-use environments
• 128 mm center-to-center hole spacing fits standard cabinetry boring patterns
• Steel construction provides durability for daily residential and light commercial use
• 9/16 inch bar diameter offers a solid, comfortable grip
• 1-7/16 inch projection clears cabinet face and drawer fronts for easy hand clearance
• Part of the Key West Collection for coordinated hardware selection across a project

Compatibility

Designed as an OEM-style decorative bar pull for standard 128 mm center-to-center cabinet door and drawer boring patterns in residential and light commercial cabinetry.

Installation Notes

Installation is typically performed by a cabinetmaker, carpenter, or finish installer using a drill, template jig, and screwdriver. Confirm the cabinet door or drawer thickness before selecting mounting screw length, as screws are commonly sourced separately to match material depth. Power tools should be set to low torque to avoid cracking or overdriving into finished surfaces. No electrical shutoff or gas isolation is required for this hardware installation.