


Black Seersucker Blend Fabric Cropped V-neck Ruffle T-Shirt
Discount
- $8 off orders over $159
- $20 off orders over $259
- $30 off orders over $359
- $50 off orders over $459
説明文
KEY FEATURES:
1. Material: This cropped top is made from a blended seersucker fabric, offering a comfortable feel and a subtly textured texture for added style.
2. Design: This chic top features a unique ruffled hem, delicate lace trim at the neckline and cuffs, exuding elegance. Long puff sleeves add volume, while the V-neck and cropped design create a playful silhouette.
3. Fit: The cropped design accentuates the waistline, making it easy to style. Pair perfectly with high waisted trousers or skirts for a flattering silhouette.
4. Occasions: Whether for an evening out, a special event, or a stylish casual gathering, this top is versatile enough to suit any occasion from day to night, making it a wardrobe essential.
5. Washing Instructions: Hand wash or machine wash (delicate cycle) is recommended to maintain the fabric's delicate texture and prevent deformation.
6. Sizes: XS, S, M, L, XL, 2XL, 3XL.
This charming black plaid cropped blend top combines modern style with classic elegance. The textured fabric and ruffle details create a striking visual effect, while lace embellishments add a touch of femininity. Whether paired with slim fit trousers for a sophisticated evening look or with a flowing maxi skirt for a relaxed vibe, this top exudes versatility. Add striking earrings and an eye catching necklace to elevate the overall look, ensuring you shine in any setting.

Delivery&Returns
Free shipping for orders above $109 USD
Refunds available pre-delivery. Post-delivery, see Returns & Exchanges .
Receive in 19-35 working days. Check Shipping Policy for regional specifics.
Shipping Cost
- Orders over $99: You get FREE SHIPPING.
- Orders under $99 : Shipping Cost $12.99
Why Choose Us
- Expert Craftsmanship: Elevating Comfort.
- Diverse Styles: Effortlessly Chic.
- Eco-Friendly Production Values.
- Handcrafted Precision: Note 1cm/1 inch manual measurement difference.


