Edwarmlux Indoor Wall Sconces - Modern Up & Down Dimmable Wall Lights, Matte Black, 2-Pack

Elevate your space with Edwarmlux up-and-down wall sconces

Designed with a matte black metal frame, these Edwarmlux wall lights blend minimal sophistication with dramatic light and shadow. The result is a versatile fixture that adds depth and a refined mood to your walls while staying unobtrusive in contemporary interiors. The two-light configuration creates balanced illumination that can feel intimate or bright, depending on your bulbs and setup.

Placed in pairs along a hallway, flanking a sofa, or framing a fireplace, the sconces establish a cohesive look and guide the eye across the room. In living rooms or bedrooms, they offer soft, ambient glow that complements seating areas and reading nooks without overpowering decor. The slim, elongated plate casts light outward and upward, producing a subtle theatrical effect that enhances texture and architectural lines.

Where it shines

• Living rooms and lounges for even, ambient illumination that supports conversation.
• Bedrooms and reading nooks where soft uplight and downlight enhance mood without glare.
• Dining areas and kitchens to highlight architectural details and create inviting table settings.
• Staircases and hallways where the elongated plate helps guide movement with style.

Lighting, control, and installation

• Bulb requirements: two GU10 bases (max 50W each); LED or Halogen compatible; bulbs not included.
• Fully dimmable when paired with a dimmable GU10 bulb and compatible dimmer switch.
• Dimensions: 16.93" L x 4.33" W x 4.02" H; designed for wall-mounted, hardwired installation.
• Package includes mounting hardware and instruction manual for straightforward setup.

Quality and support

ETL-listed for US and Canada, these fixtures meet safety standards and are backed by a 3-year protection plan. Edwarmlux is committed to reliable performance and customer support. Note that bulbs are not included; choose options that suit your preferred color temperature and energy use.