Schaub 472-MB Cabinet Finger Pull Matte Black

Product Description

The SCHAUB 472-MB is a cabinet finger pull finished in Matte Black, designed for use on cabinet doors and drawers in residential and light commercial millwork applications. Measuring 2.5 inches in length and 0.5 inches in height, this finger pull offers a low-profile, recessed grip that sits flush or near-flush with the cabinet face. The Matte Black finish provides a clean, non-reflective surface suited for contemporary and transitional cabinetry styles. Sold individually, it is typically installed by cabinetmakers, finish carpenters, or experienced DIYers during cabinet installation or hardware replacement projects.

This finger pull is suited for overlay and inset cabinet doors as well as drawer fronts where a discreet pull is preferred over a traditional bar or knob. Its compact profile at 0.2 inches wide makes it a practical choice for slim drawer fronts, cabinet doors with narrow stiles, or applications where a minimalist hardware aesthetic is specified. It fits within the Haniburton collection from SCHAUB.

Key Features

• Matte Black finish provides a non-reflective, contemporary appearance
• Low-profile design at 0.5 inches height suits flush and near-flush cabinet applications
• Compact 2.5 inch length fits narrow drawer fronts and slim cabinet stiles
• Sold as a single unit for precise quantity purchasing
• Part of the Haniburton collection by SCHAUB

Compatibility

Designed as an OEM-style replacement or upgrade finger pull for residential cabinet doors and drawer fronts requiring a Matte Black finish hardware option.

Installation Notes

Installation is typically performed by a finish carpenter or cabinetmaker using standard drill and screwdriver tooling. Power down any adjacent powered cabinet features such as lighting before drilling new hardware holes. Verify pilot hole diameter against fastener specifications before installation to avoid splitting cabinet material. Follow manufacturer fastener guidance for the specific cabinet material and thickness.