Elevate your wardrobe with the Marisol Organic Halter Neck Skater Dress, a perfect blend of style, comfort, and eco-friendliness. This mini dress is crafted from soft, breathable 100% organic cotton, ensuring that you look and feel great while making a responsible fashion choice.
The halter neck design features ties at the back, allowing you to adjust the fit to your comfort level while also adding a playful and feminine touch. The sleeveless style keeps you cool and comfortable, making this dress perfect for warm weather events and occasions.
The zip closure down the back ensures easy on and off, while the flowy, skater-style skirt with an A-line silhouette creates a flattering and fun look. The backless design adds a touch of allure and keeps you cool, while the round neckline provides a classic and versatile appearance.
Available in timeless black and crisp white, this mini dress is a must-have for any fashion-forward woman. The mini length falls above the knee, creating a flirty and youthful vibe that's perfect for various occasions, from casual outings to semi-formal events.
Product details
- Organic cotton fabric for a soft, eco-friendly, and breathable feel
- Halter neck design that ties at the back for a secure and adjustable fit
- Sleeveless style that keeps you cool and comfortable
- Zip closure down the back for easy on and off
- Flowy, skater-style skirt with an A-line silhouette
- Backless design adds a touch of allure and keeps you cool
- Round neckline for a classic and versatile look
- Mini length that falls above the knee for a flirty and youthful vibe
- Available in classic black and crisp white
Composition
- Main fabric: 100% Organic Cotton
Fit & size
- Available in sizes S, M, and L
- Please refer to the size chart for accurate measurements
Care instructions
- Machine wash cold with similar colors
- Use mild, eco-friendly detergent
- Do not bleach
- Tumble dry low or hang to dry
- Iron on low heat if needed
Please refer to the size chart provided by the seller to ensure the perfect fit for your figure.
