Elements 176SBZ Cabinet Bar Pull 128mm Satin Bronze

Product Description

The ELEMENTS 176SBZ is a steel cabinet bar pull finished in satin bronze, designed for residential cabinet and drawer hardware applications. It measures 176 mm (6-15/16 inches) in overall length with a 7/16-inch diameter bar and beveled ends that provide a clean, defined edge profile. Hole spacing is 128 mm center-to-center. The satin bronze finish delivers a warm, muted metallic appearance suited to traditional and transitional cabinetry. This pull is installed by cabinetmakers, finish carpenters, and general contractors as part of kitchen, bathroom, or furniture hardware packages.

The 176SBZ belongs to the Naples Collection by ELEMENTS. It fits standard 128 mm (approximately 5-1/16-inch) center-to-center boring patterns common in residential cabinetry. The 1-3/8-inch projection keeps the pull close to the cabinet face while providing adequate grip clearance. The 1/2-inch width and beveled ends suit frameless and face-frame cabinet styles in kitchen and bath renovations.

Key Features

• 128 mm center-to-center hole spacing matches standard cabinet boring patterns
• Steel construction with satin bronze finish for durability and consistent appearance
• Beveled ends provide a defined, finished look at the pull terminations
• 1-3/8-inch projection offers comfortable grip clearance from cabinet surface
• Part of the Naples Collection for coordinated hardware sets across a project

Compatibility

Designed as an OEM-style replacement or new-installation bar pull for cabinets and drawers with a 128 mm center-to-center boring pattern.

Installation Notes

Cabinet bar pulls of this type are installed by cabinetmakers, carpenters, or skilled DIYers using a drill, template, and screwdriver or bit driver. Always use a drilling template to ensure accurate hole placement before boring through cabinet doors or drawer fronts. Screws are typically not included and should be selected to match door or drawer front thickness. Verify center-to-center spacing against existing boring before ordering to avoid rework.