Emtek Hermes Lever with Urban Modern Rose

Focal Point Hardware is an authorized Emtek retailer!

Discover the Emtek Hermes Lever with Urban Modern Rose from Emtek—a privacy lever that blends artisan craftsmanship with contemporary silhouette. This lever delivers silky operation, precise alignment, and durable hardware for bathrooms or rooms requiring a lock. Crafted by Emtek, known for high-precision hardware, luxury finishes, and enduring performance, it elevates any interior with timeless elegance.

Emtek is a leading designer and manufacturer recognized for high-precision hardware, innovative mounting systems, and artisan finishes that endure daily use. With durable materials, customizable options, and timeless styling, Emtek products balance security, longevity, and luxury for discerning homeowners, interior designers, and trade professionals seeking refined, reliable hardware for sophisticated spaces.

Features and Specifications

• Privacy Function: Ideal for bathrooms or rooms where a lock is needed. Contents: Door knobs/levers and rosettes for both sides of door, latch, privacy spindle, privacy pin, full-lip strike plate and concealed mounting screws.
• Passage Function: Ideal for closets, hallways or rooms where no lock is needed. Contents: Door knobs/levers and rosettes for both sides of door, latch, standard spindle, full-lip strike plate and mounting screws.
• Dummies Function: Ideal for interior doors that require a push/pull function – no latch or lock. Contents: Non functioning knobs/levers and rosettes for both sides of door, two dummy spindles and mounting screws. Please note that this item has exposed screws. For the concealed fastener upgrade or to customize these further, please contact us!
• Technical Specs: Knob/Lever Length: 5 1/8" Rosette Width: 2 1/2" Rosette Length: 2 1/2" Projection: 2 3/4"

With the Emtek Hermes Lever and Urban Modern Rose, you get precise operation, secure privacy options, and sculptural luxury built to last. Emtek's craftsmanship and premium finishes ensure lasting performance in refined spaces.