JACQUEMUS 'La Collectionneuse' silk-blend oversized blazer - FR36 (UK8-10)

JACQUEMUS 'La Collectionneuse' silk-blend oversized blazer

Jacquemus La Collectionneuse is made from a silk blend, this chic pale grey model has an oversized cut. A twist on a classic, it features multiple pockets and a button fastening and can be worn with matching trousers or over a flowing dress. A luxury essential that will make all the difference.

• Size: FR36  (UK8-10)
• Model is 5’ 5” (165cm) & UK8-10
• Beautifully cut in a lightweight light grey toned beige silk blend 
• Shoulder construction: structured & lightly padded
• Oversized boxy fit
• Notched lapel
• Vent: single
• Closure: single-breasted (one button)
• Pockets: 1 breast pocket & 2 flap at waist
• Cuff: 3 buttons
• Material: 57% viscose, 43% silk
  
• Lining: 100% viscose
• Dry clean
• Provenance: purchased from Net-a-Porter - RRP £1,150
  

Simon Porte Jacquemus is one of the most enthralling designers working in French fashion today - his vibrant color palette is inspired by the designer's art world influences and idyllic runway settings. Balancing realism with a sense of the fantastic, Jacquemus designs pieces characterized by drama and sensuality. From oversized straw hats that discard a sense of proportion, to slinky silhouettes that reinvent cliché shapes, his clothing and accessories embody a modern woman with a sense of imagination and confidence. Simon Porte Jacquemus founded his French ready-to-wear label in 2009, using his mother’s maiden name to honor her memory. Having been nominated for the LVMH Prize and awarded a special jury prize in 2015, he has not only received critical acclaim, but has garnered a fiercely devout following from women the world over. Our buyers love the label's evocative dresses, exaggerated shapes and show-stopping accessories, such as the hotly coveted 'Le Chiquito' bag.

Purchasing this item continues its narrative and reduces the environmental impact by avoiding the use of new resources needed to make the product from scratch, such as water, materials and electricity, and avoiding additional manufacturing impact