Product Description
maamgic Men's Swim Trunks 5.5 inch Seersucker Beach Shorts Quick Dry Bathing Suits with Mesh Liner, is a high-quality swimsuit model carefully designed to complete the modern man's beach and pool style. Produced with special seersucker fabric technology, this men's swim short allows air circulation thanks to its unique puckered texture. Ensuring you stay cool and comfortable even in hot and humid weather, this breathable and flexible structure offers maximum freedom of movement throughout the day. Featuring water-repellent properties thanks to its 100% polyester fabric composition, these shorts—though not waterproof—exhibit excellent water-repellency performance, quickly wicking water away to provide ultra-fast drying capabilities. Thanks to its lightweight structure, it does not weigh you down and dries shortly after you come out of the sea or pool, allowing you to comfortably continue your daily life. Exhibiting a modern and stylish stance with its 5.5-inch inseam, the product fits your waist perfectly with its elastic waistband featuring an adjustable drawstring and can be easily adjusted according to your personal comfort. Offering practical storage space, the deep pockets on the sides and the hook-and-loop back pocket with drainage holes on the back allow water to be evacuated quickly, accelerating the drying process. Making an excellent choice not only for swimming activities but also for daily casual wear and various sporting activities, this swimsuit provides extra support and increases your mobility thanks to its soft and comfortable mesh liner on the inside.
Product Features
Additional Information
maamgic Men's Swim Trunks 5.5 inch Seersucker Beach Shorts Quick Dry Bathing Suits with Mesh Liner, is ideal for men who do not want to compromise on their style and comfort both at the seaside and in daily city life. Thanks to its machine-washable feature, it is extremely easy to clean and requires no special care. It offers a long service life thanks to its durable stitching and quality materials.