Innovations Lighting - 203-PC-G142 - Chatham-One Light Wall Sconce-6 Inches Wide by 12 Inches High

Product Overview

The 203-PC-G142 Chatham One Light Wall Sconce offers a refined lighting solution with its compact dimensions of 6 inches in width and 12 inches in height. Designed to provide focused illumination through a single bulb, this wall sconce integrates seamlessly into various interior styles, from contemporary to traditional settings. Its elegant form factor enhances ambient lighting while maintaining a minimalist footprint on the wall.

Technical Specifications

This wall sconce supports one light bulb, delivering targeted illumination suitable for accent lighting or enhancing room ambiance. The fixture’s height and width—12 inches and 6 inches respectively—make it an ideal choice for narrow wall spaces or as complementary lighting alongside other fixtures. Constructed with quality materials, the sconce ensures durability and longevity in residential or commercial applications.

Design and Craftsmanship

Handmade glass craftsmanship defines the Chatham wall sconce’s aesthetic appeal, combining artisanal skill with functional lighting. This meticulous construction results in a radiant charm that elevates décor by merging artistry and illumination. The design balances modern elegance with timeless appeal, making it suitable for diverse architectural environments.

Key Features

• Compact dimensions: 6" wide x 12" high for versatile placement
• Single bulb configuration for focused and efficient lighting
• Handcrafted glass element enhancing visual appeal and light diffusion
• Durable materials engineered for lasting performance
• Compatible with various interior design styles, from modern to traditional

What’s Included

• One Chatham One Light Wall Sconce fixture (model 203-PC-G142)

What Needs to Be Ordered Separately

• Light bulb compatible with the fixture’s socket
• Mounting hardware, if not provided

Elevate your décor to new heights with the radiant charm of our handmade glass, where craftsmanship and illumination converge in a symphony of splendor.