Projob Workwear High Visibility Polo Shirt EN ISO 20471 Class 3
When you're working on site, you need a high visibility polo that actually delivers on visibility and comfort. The Projob Workwear 6015 high visibility polo shirt combines a practical pique construction with sealed and segmented reflective bands from 3M, ensuring you're visible to colleagues and machinery from every angle. Built with a cotton-rich blend, this polo shirt offers genuine breathability without sacrificing the durability demanded by active work environments. The thoughtfully placed reflective strips across the shoulders, chest and back work together to meet strict safety standards, making this a reliable choice for professionals who prioritise both visibility and wearability on the job.
Key Features
- Sealed and segmented 3M reflective bands for enhanced visibility
- Cotton-rich blend delivers improved comfort during extended wear
- Meets strict high visibility safety standards for professional environments
- Short sleeves with button placket closure for practicality
Recommendations from our Unishore Expert
We'd recommend this high visibility polo shirt if you're working in environments where being seen matters. The cotton-rich construction means you're not compromising on comfort just because you're wearing safety clothing, and the reflective bands are positioned strategically to catch light from multiple angles. The fabric weight gives you durability without feeling heavy, making it suitable for active work throughout the day. Pair it with matching high visibility trousers to create a cohesive safety outfit that covers all the visibility bases.
Product Features
- Material - 55% cotton, 45% polyester, 200 g/m²
- Sleeve length - Short sleeves
- Collar - Polo collar with button placket
- Article number - PJ6015
Standards and Safety
- Meets EN ISO 20471 Class 3 for high visibility workwear requirements
- Sealed and segmented reflective bands offer superior light reflection performance
- Fluorescent fabric combined with reflective strips ensures visibility in low light conditions