
Marconi Industrial 1 Lamp Adjustable Wall Light Solid Antique Brass
Ask Bio about this product
AI assistant · instant answers
The Marconi vintage industrial style 1 lamp adjustable wall light in solid antique brass. Featuring a circular solid brass wall mount and short arm supporting a tilt and swivel adjustable flared open cage shade. Supplied complete with a period style vintage squirrel cage lamp bulb as shown. Can be m
Get a reminder for regular delivery and save with code SUBSCRIBE10 at checkout. Pause or cancel anytime.
Sold and dispatched by Universal Lighting View store →
Description
The Marconi vintage industrial style 1 lamp adjustable wall light in solid antique brass. Featuring a circular solid brass wall mount and short arm supporting a tilt and swivel adjustable flared open cage shade. Supplied complete with a period style vintage squirrel cage lamp bulb as shown. Can be mounted facing up or down as shown.
This adjustable wall light looks fantastic in any traditional environment including period homes, hotels and restaurants. Completely hand crafted, wired and finished in Sussex, this light fitting shows off British craftsmanship at its best.
This collection is inspired by the turn of the 20th century inventions by Guglielmo Marconi and recreates the warmth of the original filament light bulbs. Completely hand crafted, wired and finished in Sussex, this light fitting shows off British craftsmanship at its best.
The Marconi vintage industrial style 1 lamp adjustable wall light in solid antique brass will enhance and add true character to your period home. From our vintage period lighting selection, a replica period single wall light, hand-made in the UK and finished to order. Each lamp is made for you making it an absolute original.
Questions & answers
Ask Bio — questions answered by our team are published here.
No published questions yet. Ask Bio — once our team answers, it appears here.
Similar Options
Other choices in this category
Complete Your Basket
Goes well with this product
Customers also bought
Based on real order data