Curvy Kate Smoothie Spacer Moulded T-Shirt Plunge Bra - Black
Experience the feather-light comfort of the Curvy Kate Smoothie Spacer Moulded Plunge Bra in class...Experience the feather-light comfort of the Curvy Kate Smoothie Spacer Moulded Plunge Bra in classic black. This bra is designed with you in mind, featuring super lightweight, semi-sheer moulded spacer cups that fit like a second skin. The seam-free fabric creates deep smoothing panels for a back-smoothing solution and a 'No VBL' (Visible Back Line) design. It also includes a J-hook option for complete versatility. The bra offers gentle plunge cups for an everyday fit, breathable spacer foam for a natural shape, and bonded wing and back edges for a smooth silhouette under clothing. It is underwired with moulded spacer foam cups and fully adjustable straps. Sizes 30-36 D-FF fasten with 2 hooks and 3 columns; all other sizes fasten with 3 hooks. Main: 91% Polyester, 9% Elastane. Main 2: 74% Polyamide, 26% Elastane. Lining: 100% Polyamide (Excluding trims). Please note: Do not tumble dry as the straps and rings could be damaged by the heat and break.
Experience the feather-light comfort of the Curvy Kate Smoothie Spacer Moulded Plunge Bra in classic black. This bra is designed with you in mind, featuring super lightweight, semi-sheer moulded spacer cups that fit like a second skin. The seam-free fabric creates deep smoothing panels for a back-smoothing solution and a 'No VBL' (Visible Back Line) design. It also includes a J-hook option for complete versatility. The bra offers gentle plunge cups for an everyday fit, breathable spacer foam for a natural shape, and bonded wing and back edges for a smooth silhouette under clothing. It is underwired with moulded spacer foam cups and fully adjustable straps. Sizes 30-36 D-FF fasten with 2 hooks and 3 columns; all other sizes fasten with 3 hooks. Main: 91% Polyester, 9% Elastane. Main 2: 74% Polyamide, 26% Elastane. Lining: 100% Polyamide (Excluding trims). Please note: Do not tumble dry as the straps and rings could be damaged by the heat and break.