Rash Guard Woman Long Sleeve Black-Aquamarine XXL Mares 412555XXL
In Stock
Estimated delivery: June 09, 2026 - June 11, 2026
Rash Guard Woman Long Sleeve Black-Aquamarine XXL Mares 412555XXL
Description:
The Mares She Dives women’s long-sleeve rash guard is designed to provide comfortable protection during water sports. It features UPF 50+ sun protection, helping shield the skin during time spent in and on the water. Made from a lightweight blend of nylon and spandex, it offers a comfortable feel and easy wear during active use. The quick-drying fabric is well suited to changing conditions and frequent water exposure. Flat, soft seams help reduce irritation and friction, especially during repeated movement. Teal inserts on the shoulders add a distinctive visual accent to the black-aquamarine design. This model is intended for adult women and combines performance-focused construction with a sporty, functional look.
Key Features:
- UPF 50+ sun protection for water activities
- Lightweight material for comfortable wear
- Quick-drying fabric for practical performance in and out of the water
- Nylon and spandex construction for flexibility and comfort
- Flat, soft seams designed to reduce irritation
- Long-sleeve design for added coverage
- Suitable for a range of water sports
- Women’s fit tailored for adult female users
- Teal shoulder inserts for a sporty, distinctive appearance
- Designed by Mares for reliable aquatic use
Specifications:
Manufacturer: Mares
SKU: 412555XXL
Material: Nylon with Spandex
Color: Black-Aquamarine
Size: XXL
Category: Short Wetsuits
Age Group: Adults
Gender: Female
Recommended Use:
This rash guard is best suited for women who want lightweight sun protection and comfort during water sports. It is a practical choice for swimming, snorkeling, surfing, paddle sports, and other activities where extended time in the sun and water is expected. The UPF 50+ protection makes it especially useful in bright, sunny conditions. Its quick-drying, flexible construction also supports comfort between sessions and during active movement.