Projob Prio Hi-vis Shorts With Nail Pockets EN ISO 20471 Class 2
If you're after work shorts that tick all the boxes for visibility and practicality, these high visibility shorts deliver exactly that. The Projob Prio 6535 combines bright fluorescent yellow with reflective bands running across the legs, making sure you're seen in any lighting condition. You'll find dual holster pockets on the sides, each equipped with tool loops, plus a dedicated thumb pocket and back pockets with velcro flaps for secure storage. The shorts are built from a sturdy polyester and cotton blend weighing 245 g/m², offering the durability you need for demanding jobs without sacrificing comfort during long shifts. Whether you're working on construction sites, in warehouses, or anywhere safety visibility matters, these shorts meet strict EN ISO 20471 Class 2 safety standards.
Key Features
- Dual holster pockets with tool loops and extra compartments
- Thumb pocket and back pockets with velcro closure
- EN ISO 20471 Class 2 high visibility rating
- 80% polyester, 20% cotton construction
Recommendations from our Unishore Expert
These shorts are designed with professionals in mind who need reliable visibility on the job. The polyester and cotton blend keeps you comfortable throughout your shift whilst maintaining its shape and structure. The reinforced holster pockets and tool attachments mean your equipment stays exactly where you put it, and the back pockets with velcro offer secure storage without worrying about items slipping out. The high visibility reflective bands paired with the bright colouring ensures you remain visible to colleagues and machinery operators in any workplace environment, meeting strict safety standards for demanding conditions.
Product Features
- Material - 80% polyester, 20% cotton, 245 g/m²
- Pockets - Dual holster pockets, thumb pocket, back pockets with velcro closure
- Leg Length - Short
- Article Number - PJ6535
Standards and Safety
- Meets EN ISO 20471 Class 2 for reliable high visibility protection
- Reflective bands and fluorescent material enhance visibility in low light conditions