Kwikset 788MILSQT-26D Milan Lever Half Dummy Satin Chrome

Product Description

The KWIKSET 788MILSQT-26D is a half dummy door lever designed for doors that require a pull handle without a latching or locking function. Featuring the Milan lever style paired with a square rose backplate, it ships in a Satin Chrome (26D) finish. Half dummy levers are standard hardware for closet doors, pantry doors, and double-door setups where one inactive door needs a matching handle. The lever is sold as a single unit and is appropriate for residential interior installations. At 0.6 pounds, it is lightweight and straightforward to mount.

This lever is suited for residential interior door applications where a non-turning, non-latching handle is required. Common installation scenarios include bi-fold bypass closets, french door setups where one panel is stationary, and pantry or utility room doors. The Milan style with a square rose offers a clean, contemporary profile that coordinates with modern interior hardware lines. The Satin Chrome finish provides a brushed, low-reflectance appearance that resists visible fingerprints in typical use.

Key Features

• Half dummy function — no latch, no lock, pull-only operation
• Milan lever profile with square rose backplate for a contemporary look
• Satin Chrome (26D) finish — brushed, low-reflectance appearance
• Lightweight at 0.6 pounds for easy single-handed installation
• Sold individually (each) with a case quantity of 20 units available

Compatibility

Designed as an OEM-style half dummy lever for standard residential interior door preparations.

Installation Notes

Half dummy levers are installed by a finish carpenter or general contractor and do not require a door bore for a latch mechanism. Secure the rose plate to the door face using the provided hardware and confirm the lever is firmly seated before completing the installation. No key cylinder, latch, or strike plate installation is required for dummy function. Follow local building codes for door hardware in applicable residential applications.