Deltana SDLA325U26D Pocket Door Privacy Lock Satin Chrome

Product Description

The DELTANA SDLA325U26D is a heavy-duty, adjustable pocket door privacy lock finished in satin chrome. Designed for interior door hardware applications, it provides a reliable latching and privacy function for sliding pocket doors found in residential and light commercial settings. The unit measures 3.3 x 2.5 x 1.8 inches and weighs 0.6 pounds, making it a compact yet robust solution. The adjustable design accommodates minor variations in door and frame alignment. Installation is handled by carpenters, finish hardware installers, or general contractors working on interior door systems.

This lock is suited for pocket door installations in residential bathrooms, bedrooms, and similar spaces where a privacy function is required without a keyed cylinder. The adjustable mechanism allows the hardware to be fitted across a range of door thicknesses and pocket door frame configurations. The satin chrome finish provides a consistent appearance that coordinates with other brushed or satin-toned interior hardware. This part ships as a single unit.

Key Features

• Heavy-duty construction rated for demanding interior door hardware use
• Adjustable design accommodates variations in door thickness and frame alignment
• Privacy function suitable for bathrooms, bedrooms, and similar interior spaces
• Satin chrome finish for a clean, brushed appearance
• Compact form factor at 3.3 x 2.5 x 1.8 inches and 0.6 pounds

Compatibility

Designed as an OEM-style replacement or new-install privacy lock for standard residential and light commercial pocket door systems.

Installation Notes

Installation is typically performed by a finish carpenter or licensed interior hardware installer. Ensure the pocket door panel is fully removed or secured before beginning hardware installation to prevent movement during fitting. Refer to local building codes for interior door hardware requirements in commercial applications. Do not overtighten mounting fasteners, as this may affect the adjustable mechanism travel.