Rash Guard T-Sun Short Woman Black S Seac 155-19-S
In Stock
Estimated delivery: June 16, 2026 - June 19, 2026
Rash Guard T-Sun Short Woman Black S Seac 155-19-S
Description:
The Seac T-Sun Short Woman is a short-sleeved rash guard designed for snorkeling, swimming, freediving, and other water activities. It helps protect the torso from abrasion caused by equipment rubbing, rocky seabeds, and contact with jellyfish or other stinging creatures. The fabric also provides UV protection with a UPF 50+ sun protection factor. Its slim fit is designed to follow the body closely, reducing air pockets and avoiding the “bubble” effect in the water. Flat seams contribute to comfort by helping minimize rubbing during movement. This women’s model is made for adults and offers a practical, streamlined fit for active use in the water. The black color gives it a classic, versatile look suitable for different aquatic environments.
Key Features:
- Short-sleeved rash guard designed for water sports
- Helps protect against abrasion from equipment and rough surfaces
- Provides UPF 50+ UV protection
- Slim fit follows the torso closely for better in-water comfort
- Helps reduce air pockets and fabric folding
- Flat seams help minimize chafing during activity
- Suitable for snorkeling, swimming, freediving, and similar activities
- Women’s version tailored for adult use
- Practical for wearing in sunny conditions and extended time in the water
- Black color for a clean, versatile appearance
Specifications:
Manufacturer: Seac
SKU: 155-19-S
Color: Black
Size: S
Category: Rash Guards
Age Group: Adults
Gender: Female
Recommended Use:
This rash guard is a great choice for women looking for reliable upper-body protection during water sports. It is especially suitable for snorkeling, swimming, freediving, and other activities where abrasion and sun exposure are concerns. The UPF 50+ protection makes it a practical option for use in sunny conditions and longer sessions on the water. For added comfort during aquatic activities, it can be worn on its own as a lightweight protective layer.