Elements 511-96PC Cabinet Pull 96mm Polished Chrome Seaver

Product Description

The ELEMENTS 511-96PC is an arched cabinet pull finished in polished chrome, designed for use on cabinet doors and drawers in residential and light commercial cabinetry applications. Part of the Seaver collection, this pull features a 96 mm center-to-center hole spacing and an overall length of 4-7/8 inches. The arched profile adds visual depth to flat cabinet faces. Cabinet installers, finish carpenters, and general contractors typically specify this hardware during cabinet installation or remodel projects where a clean, reflective chrome finish is required.

This pull is suited for kitchen cabinets, bathroom vanities, and built-in cabinetry. The 96 mm hole spacing is a widely used standard that fits most factory-drilled cabinet doors and drawer fronts without modification. The polished chrome finish coordinates with chrome plumbing fixtures and appliances in kitchen and bath environments.

Key Features

• 96 mm center-to-center hole spacing fits standard factory-drilled cabinet doors and drawers
• Polished chrome finish provides a bright, reflective surface resistant to tarnish in normal interior environments
• Arched profile adds projection and grip depth compared to flat bar pulls
• Overall length of 4-7/8 inches with a width of 5/8 inches for a slim, proportional appearance
• 1-1/8 inch projection provides comfortable clearance between the pull and cabinet face
• Part of the Seaver collection for consistent hardware styling across a project

Compatibility

Designed as a standard 96 mm center-to-center cabinet pull suitable for use on residential and light commercial cabinetry with pre-drilled 96 mm hole spacing.

Installation Notes

Cabinet pulls of this type are typically installed by cabinet installers, finish carpenters, or skilled DIYers using a screwdriver or drill driver. Ensure the cabinet door or drawer front is pre-drilled at 96 mm center-to-center before mounting. Use the correct screw length for the door or drawer thickness to avoid over-penetration or insufficient thread engagement. Power tools are not required but can speed installation on multi-cabinet projects.