Portwest Eco Hi Vis Sweatshirt Orange 4XL

Step into the future of sustainable workwear with the Portwest Eco Hi-Vis Sweatshirt in Orange. Designed as an optimal mid-layer, this sweatshirt promises Comfort during those in-between temperatures when it's cooler than t-shirt weather but not quite cold enough for a jacket. Seamlessly combining style, comfort, and an eco-friendly outlook, this garment is a perfect fit for the conscious professional.Key Features: Eco-Friendly Fabric: Crafted with environmentally certified recycled fabric, it promotes sustainability without compromising on quality. Comfortable Make: A knitted fabric complemented with brushed backing ensures softness and warmth throughout wear. Enhanced Flexibility: The tape gap on side seams allows the garment to stretch, ensuring a snug and comfortable fit for all activities. Visibility Boost: Reflective trim on the inner hem ensures increased visibility, keeping you safe during low-light conditions. Ribbed Comfort: The ribbed cuffs augment comfort, ensuring a snug fit at the wrists. Adaptable Waistband: The fully elasticated waistband offers ultimate wearer comfort, adapting to your every move. UV Protection: With a 40+ UPF rated fabric, it blocks 98% of harmful UV rays, protecting you during outdoor work. Durability Certified: It remains certified to EN ISO 20471 even after 50 wash cycles, underlining its lasting quality.Endorsed by the esteemed Intertek Italia S.p.A. and conforming to international standards such as EN ISO 20471 Class 3, RIS 3279 TOM Issue 2 (Orange Only), and ANSI/ISEA 107 TYPE R CLASS 2, this sweatshirt stands as a hallmark of Portwest's dedication to integrating sustainability, top-tier quality, and safety in its products.

Environmentally-friendly certified recycled fabric. Knitted fabric with brushed backing. Tape gap on sides for maximum garment stretch. Ribbed cuffs for added comfort. Fully elasticated waistband for ultimate wearer comfort. CE certified. Certified to EN ISO 20471 after 50 washes. 40+ UPF-rated fabric. Bio motion tape pattern to improve recognition of human shape at distance.