AphroTitan Black Long Sleeve Rhinestone Hollow Jacquard Sheer Mesh Bodysuit, High Stretch Sexy Body Lingerie for Boudoir Photoshoot Romantic Night

Add eye-catching sparkle to your intimate wardrobe with the AphroTitan long sleeve rhinestone sheer bodysuit. This seductive bodysuit features elegant hollow jacquard mesh patterns covered with shimmering rhinestones all over the fabric. Designed with long sleeves and a scoop neckline, it delivers moderate coverage while showcasing your body curves through the transparent net material. The form-fitting cut hugs your silhouette perfectly, blending delicate jacquard texture and glamorous rhinestone glitter for a striking look. Ideal for romantic evenings, boudoir photoshoots and anniversary moments to boost your confidence.

Crafted from 95% polyamide and 5% spandex, this rhinestone jacquard mesh bodysuit offers great elasticity and ultra-light soft touch. The long sleeve design provides extra coverage, while the see-through jacquard creates unique striped visual effects. Rhinestones are firmly attached to the mesh surface to reflect light and create dazzling shine. High stretch fabric moves freely with your body without pinching, and fine knitted mesh helps reduce snags during daily wear.

This one-size bodysuit fits most women, suitable for heights from 145 cm to 175 cm and weights ranging from 80 lbs to 160 lbs. Classic black makes the jacquard pattern and rhinestone sparkles pop dramatically. Great for boudoir photoshoots, romantic nights, date nights and anniversary surprises. It is lightweight and easy to fold for storage and travel.

To protect the delicate mesh and rhinestones of your AphroTitan long sleeve rhinestone sheer bodysuit, please hand wash gently in cold water. Do not bleach, machine wash, tumble dry or iron. Rough cleaning may tear the fine jacquard mesh and make rhinestones fall off. Lay flat to air dry to preserve fabric elasticity and keep embellishments secure. This glamorous sheer bodysuit is a wonderful addition to your intimate apparel collection.