Emtek 86055MB Bronze Rod Cabinet Pull Medium Bronze

Product Description

The EMTEK 86055MB is a bronze rod cabinet pull finished in Medium Bronze, designed for cabinet doors and drawers in residential and light commercial interiors. The rod-style profile offers a clean, traditional look that suits a range of cabinet styles. With a 3.5-inch center-to-center spacing, it fits standard cabinet boring patterns without modification. At 0.35 pounds, the pull is solidly constructed and straightforward to install. This hardware is intended for finish carpenters, cabinetmakers, and general contractors completing interior millwork and cabinetry.

This pull is suited for kitchen cabinets, bathroom vanities, built-ins, and furniture applications where a Medium Bronze finish is specified. The 3.5-inch center-to-center measurement makes it compatible with standard pre-drilled cabinet face frames and drawer fronts. It is sold individually and can be ordered in multiples to outfit full cabinetry runs.

Key Features

• 3.5-inch center-to-center spacing fits standard cabinet boring patterns
• Medium Bronze finish provides a warm, traditional aesthetic
• Bronze rod construction for durable, consistent profile
• Compact overall dimensions: 3.5 inches length x 3.4 inches width x 1.6 inches height
• Lightweight at 0.35 pounds, suitable for a wide range of cabinet door and drawer weights
• Sold individually for flexible quantity ordering

Compatibility

Designed as a direct-fit replacement or new-installation cabinet pull for standard 3.5-inch center-to-center cabinet and drawer hardware applications.

Installation Notes

Installation is performed by finish carpenters, cabinetmakers, or qualified general contractors. Power down any adjacent electrical components before drilling if installing near built-in lighting or powered cabinetry. Use a drill with appropriate bit sizing for the mounting screws; confirm screw length matches cabinet door or drawer front thickness before installation. Follow manufacturer fastener guidance to avoid over-tightening and surface damage.