Rash Guard T-Sun Long Man White S Seac 155-14-S
In stock
Estimated delivery: June 10, 2026 - June 12, 2026
Rash Guard T-Sun Long Man White S Seac 155-14-S
Description:
The Seac T-Sun long-sleeved rash guard is designed for snorkeling, swimming, freediving, and other water activities where protection and comfort matter. It helps shield the torso and arms from abrasion caused by equipment rubbing, rocky seabeds, and contact with jellyfish or other stinging creatures. The fabric also provides UPF 50+ sun protection, offering an added layer of defense against harmful UV rays. Its slim fit is designed to adhere closely to the body like a second skin, helping reduce the “bubble” effect in the water. Flat seams improve comfort by minimizing rubbing during movement. This makes it a practical choice for active use in and around the water. The white design and long-sleeve construction give it a clean, functional look suited to regular aquatic sessions.
Key Features:
- Designed for snorkeling, swimming, freediving, and similar water sports
- Helps protect against abrasion from gear, rocks, and marine contact
- UPF 50+ sun protection factor
- Long sleeves for extended coverage of the arms
- Slim fit sits close to the body for a streamlined feel
- Reduces air pockets and fabric folds in the water
- Flat seams help minimize rubbing and discomfort
- Comfortable and practical for active use
- Available in men’s, women’s, and children’s versions
- Suitable for regular water activities where protection is important
Specifications:
Manufacturer: Seac
SKU: 155-14-S
Color: White
Size: S
Category: Rash Guards
Age Group: Adults
Gender: Male
Recommended Use:
This rash guard is best suited for adult men who want reliable upper-body protection during water sports. It is especially appropriate for snorkeling, swimming, and freediving, as well as other activities in which abrasion and sun exposure are concerns. The close fit and flat seams make it a good choice for comfortable movement in the water. It performs well in conditions where protection from UV rays, gear contact, or rough surfaces is desirable.