Feature: Embrace comfort and style with this cozy yet chic sweater set, versatile enough to take you from the beach to the streets. Featuring a high boat neckline, dropped armholes, vented hemline, and a longline tunic fit top, plus slim fit shorts with a pull-on design for ease of wear. Crafted with a ribbed fabrication and flaunting a flat front and back, this set is perfect for layering over swimwear or pairing with sleek boots for a polished look that can be dressed up or down.
Material: Upgrade your style with our fashionable 2 piece summer knit outfits for women! Made from high-quality, soft and stretchy fabrics that are gentle on your skin and provide optimal comfort and breathability. Whether it's a relaxing day at home or a casual outing with friends, this trendy sweater set will leave you feeling confident and stylish. Get ready to make a statement wherever you go!
Match: Collect your wardrobe with the sleeveless knit pullover top matching shorts 2 piece beach vacation outfits – a versatile and stylish addition that can be dressed up or down with ease. Perfect for any occasion, pair it with sneakers for a casual look or dress it up with tall boots. A must-have for any fashion-forward woman!
Occasion: Streamline your wardrobe with our summer knit sweater set, a versatile 2-piece pajama outfit for all occasions. The comfortable fit and chic design make it perfect for anything from a casual daytime look to a night out on the town. Ideal for a range of activities, including beach strolls, yoga, hiking, camping, and cocktail hour. Update your style effortlessly for any season from spring to autumn with this must-have set.
Notice: Hand or machine wash in cold water, and hanging or line drying. Avoid using bleach and make sure to double-check the size information before placing your order.
Description
LAMISSCHE Womens 2 Piece Summer Outfits Sweater Set Sleeveless Tank Top Matching Shorts Casual Knit Lounge Sets
Material: Polyester Blend.
Package Includes: 1 x Set.
Notice
1.Please allow 1-2'' color and size difference due to different display and manual measurement.