SIZE GUIDE

FEATURES

TWO-PIECE COORDINATION MADE SIMPLE – This thoughtfully designed set combines a relaxed shirt with matching long pants for an effortlessly put-together look. Whether you're at home or heading out, the coordinated top and bottom eliminate the need for styling guesswork, offering instant comfort and cohesion in a single outfit. The matching elements bring ease to daily dressing without compromising on visual appeal.

LIGHTWEIGHT COMFORT FOR DAILY WEAR – Crafted from soft, breathable fabric, this set is built for all-day comfort in warm weather. The material feels gentle on the skin and allows airflow to keep you cool, making it ideal for extended wear indoors or outdoors. The relaxed fit enhances ease of movement without adding unnecessary bulk.

SOFT PRINT DETAILS WITH SUBTLE STYLE – Both the shirt and pants feature understated printed accents that add a layer of depth and detail without overwhelming the look. These small design touches strike a balance between simplicity and personality, offering a charm that complements the set’s overall relaxed tone.

HALF SLEEVE DESIGN FOR EASY COVERAGE – The short-sleeve shirt features a half sleeve that offers both coverage and breathability. This sleeve length is ideal for transitional seasons or indoor settings. It contributes to the set’s overall easygoing, wearable feel while adding modest structure to the silhouette.

DRAPED FULL-LENGTH PANTS FOR ELEGANT FLOW – The pants are designed to fall gracefully to the top of the foot, creating a soft, flowing line that flatters. Their lightweight drape ensures comfort while maintaining a streamlined look. This makes them versatile for lounging, errands, or casual outings without sacrificing mobility or visual refinement.

SPECIFICATION

Color: Orange, Blue

Size: S, M, L, XL

Material: 65%Linen, 35%Polyester

Package Includes: 1*Women’s Causal Flowy Shirt & Pants Set

NOTES

Please allow 2-3cm error due to manual measurement. Please make sure you do not mind before purchasing.

Color may not appear as exactly as in real life due to variations between the computer monitors.