Red Snakeshead empire in a William Morris design

Description

Red Snakeshead empire in a William Morris design.

Red colourway

Empire shade size:
15cm top diameter, 20cm base diameter, height 15cm

20cm top diameter, 25cm base diameter, height 15cm

25cm top diameter, 30cm base diameter, height 20cm

30cm top diameter, 35cm base diameter, height 25cm

If you need a custom size, feel free to request it as we are happy to help if we can.

If you’re uncertain about the size, you can find comprehensive information and guidance in our FAQs.

Additional Details:

• This empire shade, featuring identical diameters at the top and bottom, is the subject of this listing. Please get in touch if you’re seeking a customised size or shape.
• All shades are crafted on a made-to-order basis. Should you wish to examine a fabric sample before finalising your order, you can easily do so here
• Due to potential variations in pattern placement compared to the showcased photos, including a specific print preference note in your order is advisable, as there is a substantial pattern drop on this fabric.
• Designed to accommodate any UK fitting at 29mm (Bayonet Cap B22) or European 40mm (Edison Screw E27), each lampshade comes with an adapter facilitating compatibility with both fittings.
• For those in need of a US harp fitting shade, a specific request must be made during the ordering process.
• The self-adhesive lampshade panel, having undergone testing in the Lighting Association Laboratories, successfully cleared the glow wire test, meeting The British Standard for Luminaires. Consequently, any fabric, textile, or paper laminated to our panel attains fire resistance.
• We advise the use of a low-energy or LED light bulb, with a maximum power rating of 60w.
• Highly reflective mirror linings emit a warm glow from the shade’s interior, limiting light transmission. This feature makes them particularly suitable for premium shades boasting printed or woven patterns.
• Conversely, white linings diffuse light through the fabric, resulting in increased light emanating from the shade.