Jeffrey Alexander 484-192224PC Pinch Pull Polished Chrome

Product Description

The JEFFREY ALEXANDER 484-192224PC is a cabinet pinch pull finished in polished chrome, designed for installation on cabinet doors and drawer fronts in residential and light commercial millwork applications. The pull measures 9.625 inches in overall length with a width of 0.5625 inches and a projection of 0.9375 inches. It features double-tapped mounting holes that accept both 192 mm and 224 mm center-to-center screw spacing, giving installers flexibility when working with standard or non-standard cabinet boring patterns. Part of the Elara collection, this pull suits kitchens, baths, and built-in cabinetry where a clean, reflective hardware finish is specified.

This pull is appropriate for residential kitchen and bathroom cabinetry as well as commercial millwork installations requiring a polished chrome finish. The dual center-to-center boring accommodates two of the most common European and North American cabinet hole spacings without requiring a separate SKU for each spacing. It installs on inset, partial-overlay, and full-overlay door and drawer configurations.

Key Features

• Double-tapped holes accept both 192 mm and 224 mm center-to-center screw spacing
• Polished chrome finish from the Elara collection
• Overall length of 9.625 inches fits standard full-height drawer fronts
• Low-profile projection of 0.9375 inches keeps pull close to the cabinet face
• Narrow 0.5625-inch width suits modern and transitional cabinet styles

Compatibility

Designed as an OEM-style replacement or new-install cabinet pull compatible with cabinet doors and drawer fronts bored at 192 mm or 224 mm center-to-center spacing.

Installation Notes

Cabinet pulls of this type are installed by finish carpenters, cabinetmakers, or experienced DIYers using a drill, appropriate machine screws, and a template or jig to ensure consistent hole placement. Verify the cabinet door or drawer front thickness before selecting screw length. Do not overtighten mounting screws, as doing so can crack face-frame materials or strip the tapped holes in the pull body.