The Portwest PW379 PW3 Hi‑Vis Crew Neck Sweatshirt is a high‑visibility work top designed to offer visibility, comfort and everyday practicality for outdoor and industrial environments. It combines a bold colour scheme with contrast panels and reflective tape for enhanced safety.
This high‑visibility sweatshirt delivers reliable visibility and comfort for workers in demanding conditions. Its knitted fabric has a brushed backing that feels soft against the skin while offering warmth and durability for all‑day use. The classic crew neck cut and ribbed cuffs help maintain fit and comfort, and flexibility in sizing ensures a comfortable, relaxed silhouette.
Reflective HiVisTex Pro segmented tape is applied across the body and sleeves to improve visibility in low‑light and hazardous environments. The contrast panel detailing adds a modern look and helps conceal dirt. Designed to meet key safety standards, this sweatshirt is suitable for construction, utility, logistics and other high‑visibility work settings.
Comfortable brushed knit fabric with soft backing for extended wear comfort
Crew neck design with ribbed cuffs and hem for secure fit
HiVisTex Pro segmented reflective tape for enhanced visibility
Contrast panels for a modern look and practical wear performance
Unisex fit suitable for various work environmentsCertified to recognised high‑visibility safety standards
Shell Fabric: 65% polyester, 35% cotton knit 300g
Weight: Medium‑weight knit designed for comfort and durability
The Portwest B303 Hi-Vis Sweatshirt combines soft-touch polycotton fabric with ANSI/ISEA and EN ISO 20471 Class 3 certification. Perfect for layering when it’s too cool for a T-shirt but not cold enough for a jacket.
Soft, warm Hi Vis sweatshirt, ideal for those colder days.
One of our best selling items. Available in Yellow or Orange.
The FR703 flame‑resistant RIS sweatshirt is a high‑visibility protective top designed for industrial and utility workers. It combines flame resistance with reflective visibility so wearers can be seen in low‑light conditions while remaining safeguarded against heat and static hazards.
