


Off Shoulder Champagne Satin Shirt With Black Print Sleeves
$8 Off Orders Over $159
$20 Off Orders Over $259
$30 Off Orders Over $359
$50 Off Orders Over $459
Description
Key Features:
- Material: The top is crafted from champagne satin, giving it a luxurious and smooth texture.
- Design: This off-shoulder piece features elegant black floral prints on the sleeves, adding a sophisticated contrast to the champagne hue. The long sleeves enhance its graceful look.
- Fit: The top offers a flattering fit that elegantly drapes over the shoulders, showcasing a blend of sophistication and style.
- Occasion: Ideal for formal and semi-formal events, such as dinners or parties, delivering an upscale fashion statement.
- Care Instructions: Hand wash cold, hang to dry, or lay flat to keep the satin fabric and floral prints in pristine condition.
- Sizes: S, M, L, XL, 2XL, 3XL.
This off-shoulder champagne satin top stands out with its elegant black floral sleeve prints, creating a unique and refined look. The satin material adds a touch of luxury, while the off-shoulder design highlights the neckline and shoulders beautifully. This combination of elements makes the top a versatile piece for occasions where style and sophistication are key.
Pair this top with tailored black trousers or a pencil skirt to accentuate its luxurious feel. Opt for simple, classic jewelry in gold or black to complement the floral prints. A sleek clutch and elegant heels will complete the ensemble, ensuring a polished and fashionable appearance suitable for sophisticated gatherings.
Delivery&Returns
Free shipping for orders above $99 USD
Refunds available pre-delivery. Post-delivery, see Returns & Exchanges .
Receive in 18-35 working days. Check Shipping Policy for regional specifics.
Shipping Cost
- Orders over $99: You get FREE SHIPPING.
- Orders under $99 : Shipping Cost $9.99
Why Choose Us
- Expert Craftsmanship: Elevating Comfort.
- Diverse Styles: Effortlessly Chic.
- Eco-Friendly Production Values.
- Handcrafted Precision: Note 1cm/1 inch manual measurement difference.
