Elements 937-3BNBDL Cabinet Pull Brushed Pewter Hammond

Product Description

The ELEMENTS 937-3BNBDL is a square cabinet pull finished in Brushed Pewter, part of the Hammond Collection. It mounts on a 3-inch center-to-center hole spacing and measures 4-7/8 inches in overall length. The pull projects 15/16 inches from the cabinet face and has a width of 3/8 inches. This hardware is installed by finish carpenters, cabinetmakers, and general contractors during new construction, remodel, and kitchen or bathroom renovation work. Its clean square profile and muted pewter finish suit transitional and contemporary cabinet styles.

This pull is suited for residential and light commercial cabinetry applications including kitchen cabinets, bathroom vanities, and furniture drawers. The 3-inch center-to-center spacing is one of the most common drilling patterns in residential cabinetry, making this pull a practical fit for standard cabinet door and drawer fronts in renovation and replacement scenarios.

Key Features

• 3-inch center-to-center hole spacing fits standard cabinet drilling patterns
• 4-7/8 inch overall length provides a substantial grip surface
• Brushed Pewter finish offers a muted, low-sheen appearance suited to transitional and contemporary interiors
• Square profile from the Hammond Collection for consistent hardware sets across a project
• 15/16 inch projection keeps pull close to the cabinet face for comfortable, controlled grip

Compatibility

Designed as a standard replacement or new-installation cabinet pull for cabinetry with 3-inch center-to-center hole spacing.

Installation Notes

Installation is performed with a screwdriver or drill driver using the mounting screws provided or sourced separately to match cabinet door or drawer thickness. Verify cabinet face thickness before selecting screw length to ensure secure fastening without breakthrough. A cabinet hardware drilling jig is recommended for consistent placement across multiple doors and drawers. No power shutoff is required for this hardware installation.