Emtek 86456US14 Cabinet Pull 8 in Polished Nickel Freestone

Product Description

The EMTEK 86456US14 is a Freestone cabinet pull finished in Polished Nickel with a Lifetime finish designation. It is designed for cabinet drawer and door face-frame applications where a clean, substantial handle profile is needed. The pull measures 13.8 inches in overall length with a 2.7-inch width and 1.4-inch projection, and is sold as an individual unit. It is installed by cabinetmakers, finish carpenters, and remodeling contractors during cabinet installation or hardware upgrade projects.

This cabinet pull is suited for residential kitchen, bathroom, and furniture cabinet applications. It fits standard cabinet drawer fronts and door pulls requiring an 8-inch center-to-center hole spacing. The Polished Nickel finish provides a bright, reflective surface appropriate for transitional and contemporary interior design contexts. Each unit is assembled individually and sold per piece with a case quantity of 20 units available for larger projects.

Key Features

• 8-inch center-to-center hole spacing for standard cabinet hardware layout
• Polished Nickel Lifetime finish for long-term appearance retention
• Overall length of 13.8 inches with 1.4-inch projection from cabinet surface
• Freestone design profile suited to transitional and contemporary cabinetry
• Sold individually (EA); case quantity of 20 available for volume installs

Compatibility

Designed as a direct-mount cabinet pull for drawer fronts and cabinet doors with 8-inch center-to-center pre-drilled hole spacing. Compatible with standard cabinet hardware mounting configurations.

Installation Notes

Installation is performed by cabinetmakers or finish carpenters using a screwdriver or drill driver with the appropriate bit. Mounting screws are typically inserted from inside the cabinet or drawer box through pre-drilled holes. Confirm hole spacing matches the 8-inch center-to-center dimension before drilling new holes. Avoid overtightening fasteners on thin drawer fronts to prevent surface damage.