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2 Light Wall Sconce Brushed Nickel

Designed for hospitality and commercial interiors, this 2-light wall sconce features a brushed nickel finish paired with white acrylic shades. The clean geometric backplate and minimalist design create a contemporary appearance suitable for hotel guestrooms, corridors, suites, and public spaces.

The acrylic shades provide soft, evenly distributed illumination while offering improved durability and reduced breakage risk compared to traditional glass components. The dual-light configuration delivers balanced ambient lighting and a clean architectural look for modern hospitality environments.

Built for project applications, the fixture can be customized in finish, dimensions, shade materials, and electrical specifications to meet project requirements.

This product is available for bulk customization. Contact us for design, sampling, and pricing.

Size 22" W * 8" H *7"D
Lamp Body Steel
Light Source E26 or E27
Certification UL/ETL Listed
Lighting Type Wall Sconce
Brushed nickel finish with clean contemporary styling
White acrylic shades for uniform light distribution
Dual-light design for balanced illumination
Acrylic construction reduces breakage risk
Suitable for hospitality and commercial projects

Performance Logic

The two-light configuration is designed to reduce contrast on surrounding wall surfaces.
Compared with single-source wall lighting, dual illumination helps distribute light more evenly across guest room corridors and transitional spaces, minimizing dark zones while maintaining visual comfort.
The cylindrical acrylic diffusers soften the light output and help create a uniform glow without exposing the light source directly.
For hotel projects, lighting consistency often matters more than individual fixture performance.
This wall sconce is designed to support multi-room installations where finish appearance, light diffusion, and dimensional tolerances must remain consistent across hundreds of guestrooms and public spaces.
The simplified structure also reduces installation complexity during project rollout.