Pride Industrial P1096SB Bar Cabinet Pull Satin Brass

Product Description

The PRIDE INDUSTRIAL P1096SB is a bar-style cabinet pull finished in satin brass, designed for use on cabinet doors and drawers in residential and light commercial woodworking applications. The pull measures 6 inches in overall length with a 3-3/4 inch center-to-center hole spacing, making it a direct fit for standard pre-drilled cabinet face frames and drawer fronts. At 0.38 pounds, it is a lightweight hardware component suited for high-volume cabinet installations. Woodworkers, cabinet installers, and finish carpenters are the primary trades that specify and install this type of pull.

This bar pull is appropriate for kitchen cabinets, bathroom vanities, and furniture casework where a satin brass finish is specified. The 3-3/4 inch center-to-center spacing is a common industry standard, making the P1096SB a practical choice for replacement installations or new cabinet builds. It is sold individually and is available in case quantities of 100 units for larger production or remodel jobs.

Key Features

• 6 inch overall length bar-style pull profile
• 3-3/4 inch center-to-center hole spacing matches standard cabinet boring patterns
• Satin brass finish for a consistent, low-glare appearance
• Lightweight at 0.38 pounds per unit
• Sold individually with case quantity of 100 units available

Compatibility

Designed as a standard bar cabinet pull for use on cabinet doors and drawer fronts with 3-3/4 inch center-to-center pre-drilled hole patterns, typical in residential and light commercial cabinetry.

Installation Notes

Cabinet pulls of this type are installed by cabinet makers, finish carpenters, or general contractors as part of casework completion. Power down any work area lighting or equipment as needed before installation. Use a properly sized mounting screw that passes through the cabinet door or drawer front and threads into the pull from the interior side. Verify center-to-center hole spacing on the cabinet face before drilling to avoid misalignment.