ROZALI WHITE ONE PIECE SWIMSUIT

ROZALI White is a luxury strapless one piece swimsuit for women who appreciate sophisticated design, premium quality, and distinctive beach style. This designer swimsuit combines a timeless white colour with an elegant sculptural silhouette, creating a refined statement for the beach, pool, or luxury resort.

The bandeau neckline beautifully highlights the shoulders, neck, and décolletage. A subtle front cutout creates a contemporary two piece illusion, while the softly ruched fabric provides elegant shaping and flattering coverage through the midsection. The fully covered back and classic bottom balance the statement design with comfortable support and confident coverage.

A large handmade white rose forms the centrepiece of ROZALI White, transforming this designer swimsuit into a wearable work of art. Precise craftsmanship, sculptural draping, and meticulous finishing give the model the exclusive character of high end boutique swimwear. Every detail has been thoughtfully developed to create a feminine, romantic, and timeless silhouette.

This premium women’s swimsuit is ideal for beach holidays, destination weddings, exclusive resorts, poolside occasions, and elegant summer escapes. Pair it with a flowing beach dress, a lightweight cover up, or designer resort wear from the BILEYA COUTURE collection for a complete luxury vacation look.

BENEFITS:

The softly ruched front provides flattering coverage and gentle shaping around the stomach area. The strapless design emphasizes the shoulders, neckline, and décolletage, creating an elegant and feminine appearance. As part of a limited edition boutique collection, ROZALI White offers an exclusive alternative to mass produced women’s swimwear.

FUNCTIONAL SUPPORT:

Quick drying fabric

QUALITY AND STANDARDS:

Italian weaving technology. A blend of 80% recycled polyamide and 20% elastane allows the premium fabric to follow the natural contours of the body without feeling restrictive while providing comfort, flexibility, and excellent shape retention over time.