Squid Ink Navy Blue Rustic Dome Dining Room Pendant Light - Berwick - Soho Lighting
Squid Ink Navy Blue Rustic Dome Dining Room Pendant Light - Berwick - Soho Lighting Squid Ink Navy Blue Rustic Dome Dining Room Pendant Light - Berwick - Soho Lighting Squid Ink Navy Blue Rustic Dome Dining Room Pendant Light - Berwick - Soho Lighting Berwick Rustic Dome Pendant Light Squid Ink Blue Squid Ink Navy Blue Rustic Dome Dining Room Pendant Light - Berwick - Soho Lighting Squid Ink Navy Blue Rustic Dome Dining Room Pendant Light - Berwick - Soho Lighting Squid Ink Navy Blue Rustic Dome Dining Room Pendant Light - Berwick - Soho Lighting

Squid Ink Navy Blue Rustic Dome Dining Room Pendant Light - Berwick - Soho Lighting

In stock
Orders Placed by 4pm dispatched same working day
SKU
LT-SH-10-PEN102-SIB
£109.00

Orders Placed by 4pm dispatched same working day

Reminiscent of the large pantry pendant lights found in the kitchens and servants' quarters of grand homes, the classic timeless styling of the Berwick pendant will adorn any period space with grace and ease.

This is a large statement light in Navy Blue with a 390mm diameter and 210 in height and works just as well alone as aligned in rows of two or four lights. Try situating over a kitchen island for an eye-catching effect.

A timeless enamelled look, with natural subtle imperfections to give the light authenticity and charm.

This is the Berwick Rustic Dome Pendant exterior in our Navy Blue finish. This luxurious, deep midnight tone of blue black looks spectacular in both period and contemporary settings. The interior of the shade is finished in a classic off-white, for exceptional light output.

The hand painted range oozes sophistication with colour matching chain, rose and cable. We have lengthened the chain and cable to 1.5m for your adaptation to accommodate the height of your ceiling. We recommend efficient quality E27 LED bulbs for all our pendant lights.

  • Product size (mm) = H 250mm X W 370mm X D 370mm
  • Material = iron
  • Bulb not included
  • Drop = 1.5m