Liberty Fabrics x Bridgerton Bouquet Carnival A Monument Silk Twill Fabric
A profusion of roses, anemones, tulips, delphinium, lilies, and camellias merge in a fabulous floral frenzy. Immersed in a vivid burst of colour and form, Bouquet Carnival takes cues from timeless archival Liberty artworks, culminating in a novel composition of exuberant blooms. Turning the spotlight on carefully curated arrangements, this dynamic print sets the tone for formal soirées or delightful garden parties.
Abundant with vividly exuberant blooms, Regency Bouquet is a visual feast of floral grandeur. Inspired by the lavish costumes, formal soirées, and lively garden parties depicted in the Bridgerton series, these beautiful, curated bouquets are characterised by a sense of realism. Rich colour contrasts, careful brushwork, and the contrast of highlights and shadows turn the spotlight on show-stopping arrangements. Accentuated with voluminous petals for added dramatic sophistication, roses, carnations, anemones, poppies, lilies, delphinium, camellias, and tulips exude luxury and decadence.
The design is printed with acid dyes for high quality colour rendering on Liberty's sophisticated Monument silk twill – a fabric prized for breathability and moisture permeability, making it effortlessly trans-seasonal.
A profusion of roses, anemones, tulips, delphinium, lilies, and camellias merge in a fabulous floral frenzy. Immersed in a vivid burst of colour and form, Bouquet Carnival takes cues from timeless archival Liberty artworks, culminating in a novel composition of exuberant blooms. Turning the spotlight on carefully curated arrangements, this dynamic print sets the tone for formal soirées or delightful garden parties.
Abundant with vividly exuberant blooms, Regency Bouquet is a visual feast of floral grandeur. Inspired by the lavish costumes, formal soirées, and lively garden parties depicted in the Bridgerton series, these beautiful, curated bouquets are characterised by a sense of realism. Rich colour contrasts, careful brushwork, and the contrast of highlights and shadows turn the spotlight on show-stopping arrangements. Accentuated with voluminous petals for added dramatic sophistication, roses, carnations, anemones, poppies, lilies, delphinium, camellias, and tulips exude luxury and decadence.
The design is printed with acid dyes for high quality colour rendering on Liberty's sophisticated Monument silk twill – a fabric prized for breathability and moisture permeability, making it effortlessly trans-seasonal.
- Width
- 133cm / 52"
- Recommended uses
- Perfect for dressmaking, use this gorgeous fabric to make beautiful dresses, shirts and blouses.
- Thread colour match
- Gutermann Sew All Thread 100m Shades 300 to 672 - 512
- Recommended needle
-
Prym Microtex Sewing Machine Size 60 80
- Composition
- Silk 100%
- Care instructions
- Dry clean only
- Weight
- 60 g/m²
About this product
For the love match of the social season world-renowned design house, Liberty Fabrics, and Shondaland’s acclaimed series on Netflix, Bridgerton, have collaborated in preparation for dressing the ton with an exclusive fabric collection.
Available on Liberty’s finely tuned Monument twill, the collection consists of nine designs inspired by artworks discovered in the Liberty archive and Bridgerton’s beautiful Regency aesthetic. Meticulously redrawn and recoloured in the periodical colour palette by the London design studio, the prints have been divided into three chapters: Penelope’s Garden, Regency Bouquet, and Botanical Trellis.
The Liberty Fabrics & Bridgerton series explores both collaborative partner’s visionary takes on British history. Bridgerton’s inclusive storyline transports you through a contemporary lens to the world of Regency era London’s high society. In connection with the adventurous spirit of Liberty’s founder, Sir Arthur Lasenby Liberty also sought to infiltrate traditional British sensibility with diverse creativity. In anticipation of Liberty’s 150th anniversary, the Liberty Fabrics & Bridgerton collection is a testament to the design house’s continued evolution.