Rash Guard T-Sun Short Woman Black XL Seac 155-19-XL

Rash Guard T-Sun Short Woman Black XL Seac 155-19-XL

Description:

The Seac T-Sun Short Women’s Rash Guard is designed to protect the torso during snorkeling, swimming, freediving, and other water activities. It helps guard against abrasion from equipment, rocky seabeds, and contact with jellyfish or other stinging creatures. The fabric offers UPF 50+ sun protection, helping shield the skin from harmful UV rays during time in the water. Its slim fit is designed to follow the shape of the body closely, creating a second-skin feel and reducing the “bubble” effect. Flat seams are used to help minimize rubbing and improve comfort during movement. This short-sleeve version is made for women and offers a practical, athletic fit for active use in and around the water. The black color gives it a simple, versatile look that suits a wide range of swimwear setups.

Key Features:

• Designed for snorkeling, swimming, freediving, and other water sports
• Helps protect the torso from abrasion caused by equipment and rough surfaces
• Provides UPF 50+ sun protection against UV rays
• Slim fit helps reduce air pockets and fabric bunching in the water
• Flat seams help limit chafing and rubbing
• Short-sleeve design supports freedom of movement
• Tailored for women’s fit
• Lightweight, practical rash guard style for active use
• Suitable for use in contact with stinging marine environments
• Black color offers a classic, understated look

Specifications:

Manufacturer: Seac
SKU: 155-19-XL
Color: Black
Size: XL
Category: Rash Guards
Age Group: Adults
Gender: Female

Recommended Use:

This rash guard is best suited for women who need comfortable upper-body protection during water activities. It is especially useful for snorkeling, swimming, and freediving, where sun exposure and surface contact are common. The UPF 50+ protection makes it a strong choice for use in sunny conditions. Its close fit and flat seams are ideal for active movement in the water, where comfort and reduced friction matter most.