Elegant Modernity with the Copper Beech Hills 2 Light Wall Sconce
Introducing the
Copper Beech Hills 2 Light Wall Sconce by Bailey Street Home, a stunning fixture that combines contemporary design with functional brilliance. Standing at an impressive 25.5 inches tall, this wall sconce is crafted to elevate any exterior space with its refined silhouette and sophisticated details.
Refined Design and Architectural Elegance
The sconce features clean, precise lines and a minimal rectangular backplate that define its layered frame, creating an open and airy architectural aesthetic. The layered design emphasizes modern minimalism while offering a sense of depth and dimension. The textured black finish adds a touch of contemporary elegance, making it a versatile choice for various exterior styles.
Optimal Illumination with a Stylish Touch
Within the open silhouette, slender off-white candles are beautifully encased by clear glass panels, allowing their light to shine brightly and evenly. The use of incandescent bulbs enhances the warm glow, providing inviting illumination that accentuates the fixture’s sleek design. The thoughtful placement of the candles and glass panels ensures maximum light diffusion, creating an inviting ambiance for your outdoor spaces.
Superior Quality and Durability
This wall sconce is
ETL Rated and
Wet Rated, ensuring it is built to withstand outdoor elements while maintaining safety and performance standards. Its durable construction makes it ideal for lighting up entryways, patios, or exterior walls with confidence.
Technical Specifications and Versatility
- Height: 25.5 inches
- Width: 12 inches
- Depth: 7.75 inches
- Back Plate: 7.75 inches high x 15 inches wide
- Shade Height: 21 inches
- Number of Bulbs: 2
- Lamping Type: Incandescent
This fixture is available as a single or double-light sconce in two sizes, offering versatility to perfectly match your exterior lighting needs. Its timeless yet modern design ensures it remains a statement piece for years to come, seamlessly blending style and function.