Panache is sold in UK sizing! Use the size chart to convert your US to UK size. Flattering Plunge Fit with Uplift – The Envy Plunge Bra by Panache delivers a rounded, forward-facing shape with a lower neckline that suits everything from everyday tees to deep V tops. Designed to enhance your natural silhouette, it offers the perfect combination of gentle plunge and secure support—your new go-to for versatile styling. Flexible Stretch Lace for a Custom Feel – Crafted with the same beloved stretch lace as the original Envy bra, the top cup flexes to fit a variety of bust shapes. Whether you're fuller on top or bottom, this bra adapts to your natural curves without cutting in, delivering a smooth, flattering look under clothing. Tailored Support for Every Size – Fully adjustable straps let you customize your lift and fit, while the supportive stretch powermesh wings hug comfortably around the body. In GG+ sizes, the top cup features additional mesh lining for enhanced stability without sacrificing the bra’s lightweight feel. Sophisticated Comfort Meets Everyday Wear – Unpadded and underwired, this plunge bra offers breathable support and a sleek silhouette for all-day wear. The luxe lace pattern adds a touch of everyday elegance, making it a perfect choice for women who want their lingerie to feel as good as it looks. Say hello to your next favorite fit—the Panache Envy Plunge Bra. With the same beloved lace design as the iconic Envy collection, this bra features a flattering plunge neckline that enhances your shape while offering everyday comfort. The stretch lace top cup flexes to accommodate different bust shapes, creating a smooth and rounded silhouette with no digging or gaping. Lightweight yet supportive, it features fully adjustable straps and stretch powermesh wings for a secure, customized fit. For GG+ cup sizes, the top cup is lined with mesh to provide extra lift and hold. Whether you're wearing it under workwear or a weekend wrap dress, the Envy Plunge blends beauty and practicality in a bra that works for every curve.
