The Occunomix 6591-HV Evaporative Cooling Ranger Hat in Hi-Vis Yellow is designed to provide lightweight, breathable head protection with an active cooling feature for warm-weather or high-heat environments. This hat combines a 100% polyester exterior with a MiraCool HyperKewl fabric interior and a water-repellent liner, creating a comfortable and practical solution for workers who need cooling relief during extended wear. When soaked, the hat is capable of delivering roughly 5–10 hours of cooling relief, making it suitable for shifts that involve exposure to heat and direct sun. The design remains lightweight and durable, with an adjustable strap cinch to secure a snug fit as conditions or activity levels change.
Constructed to balance visibility and cooling, the Hi-Vis Yellow color helps improve worker awareness in busy or low-light settings while the evaporative cooling system provides a passive method to reduce heat strain. While the product description confirms the cooling performance and materials, it does not provide additional specifications beyond color and packaging; users should rely on the stated features for planning their cooling strategy and PPE setup. This package is sold as a pair, facilitating immediate use in team or shared environments.
When evaluating compatibility and maintenance, consider the system’s need for periodic rehydration to maintain cooling efficiency and the potential for water exposure to interact with the outer and interior fabrics. The hat is intended for use in scenarios where keeping the head cool can support comfort and focus during tasks in hot or humid conditions, particularly where high visibility is beneficial. No other standards, certifications, or warranty details are provided in the source material.
Features:
- 100% Polyester Exterior
- MiraCool HyperKewl fabric interior for cooling
- Water-repellent liner
- Adjustable strap cinch for secure fit
- Provides 5-10 hours of cooling relief per soaking
- Lightweight and durable
- Color:
- Hi-Vis Yellow
- Package Size:
- Pair
