Blush Mahjong Champagne Lamp

$165.00

Pink, playful and made for the mahjong table.

The Blush Mahjong Champagne Lamp transforms an iconic repurposed champagne bottle with layers of colorful mahjong tiles, florals, birds and chinoiserie-inspired details against a soft blush-pink background. A coordinating pink shade gives the entire piece a polished, monochromatic finish.

Cordless and rechargeable, it brings a warm glow to the mahjong table but is just as pretty styled on a bar cart, bookshelf or side table between games.

Details

  • Repurposed Veuve Clicquot champagne bottle

  • Hand-decorated by Three Flamingos Farmstand

  • Blush pink finish with mahjong-inspired imagery

  • Coordinating pink shade

  • Cordless rechargeable LED light

  • Approximately 17" tall

  • Decorative use

  • Empty bottle; no alcohol included

  • Made-to-order variations available

  • Variations in placement and finish are part of the handmade nature of each piece

Each Three Flamingos Farmstand piece is created individually, so no two will ever be exactly alike

Color:

Pink, playful and made for the mahjong table.

The Blush Mahjong Champagne Lamp transforms an iconic repurposed champagne bottle with layers of colorful mahjong tiles, florals, birds and chinoiserie-inspired details against a soft blush-pink background. A coordinating pink shade gives the entire piece a polished, monochromatic finish.

Cordless and rechargeable, it brings a warm glow to the mahjong table but is just as pretty styled on a bar cart, bookshelf or side table between games.

Details

  • Repurposed Veuve Clicquot champagne bottle

  • Hand-decorated by Three Flamingos Farmstand

  • Blush pink finish with mahjong-inspired imagery

  • Coordinating pink shade

  • Cordless rechargeable LED light

  • Approximately 17" tall

  • Decorative use

  • Empty bottle; no alcohol included

  • Made-to-order variations available

  • Variations in placement and finish are part of the handmade nature of each piece

Each Three Flamingos Farmstand piece is created individually, so no two will ever be exactly alike