Immersion Research Delta Highwater Hoodie

Delta Highwater Hoodie

Stay cool on and off the water with the Polartec® Delta™ Highwater Hoodie. This lightweight, breathable piece is built for warm weather, as Delta fabric technology utilizes evaporative cooling in-sync with your body for more advanced control of moisture dispersal and airflow. This means the fabric is optimizing sweat to actively cool you down during activity. The Highwater Hoodie works best next-to-skin, as it provides a cool touch, fast dry times, and resists odor. It’s perfect for long hot days whether you’re biking, kayaking, or just having fun in the sun.

Product Features

Brand: Immersion Research
Fabric Technology: Delta™
Activity/Market: Outdoor
Garment Type: Sweatshirt
Features & Benefits: evaporative cooling , highly breathable , lightweight , moisture wicking , odor resistant
Gender: Men

Stay cool on and off the water with the Polartec® Delta™ Highwater Hoodie. This lightweight, breathable piece is built for warm weather, as Delta fabric technology utilizes evaporative cooling in-sync with your body for more advanced control of moisture dispersal and airflow. This means the fabric is optimizing sweat to actively cool you down during activity. The Highwater Hoodie works best next-to-skin, as it provides a cool touch, fast dry times, and resists odor. It’s perfect for long hot days whether you’re biking, kayaking, or just having fun in the sun.

See Availability

Product Features

Brand: Immersion Research
Fabric Technology: Delta™
Activity/Market: Outdoor
Garment Type: Sweatshirt
Features & Benefits: evaporative cooling , highly breathable , lightweight , moisture wicking , odor resistant
Gender: Men

About the Technology

Delta™
Technology Delta 2020X1110

Change what you wear when it’s hot. Next-to-skin fabrics that target wicking and fast drying will keep moisture moving, but don't work towards actually cooling the body down. Delta works more efficiently by elevating touch-points for increased airflow, faster moisture dispersal, and reduced wet-cling.

Read more