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$24.99
Sportsman Cool Breeze performance hunting shirts are ideal for the early season waterfowl hunters that need to stay cool and concealed. Long sleeve performance shirts are visibly superior with built-in cooling channels that let the breeze in while keeping the heat and sun off your body while hunting ducks, geese, teal and other birds in the hot marsh. Super-lightweight and breathable with mesh sides and back. It's not just another shirt. It's an engineered fabric cooling system designed and manufactured to maximize comfort.
Men's Chest
S/34-36 M/38-40 L/42-44 XL/46-48 2XL/50-52 3XL/56
- 50+ Sun protection
- Vented for superior breath-ability
- Mesh under-arm, side, & back
- Moisture support/Quick Dry
- Anti-microbial/Odor Control
a. The Cool Breeaze yarn is specially constructed in a flat shape to increase contact with the skin; it is also channelled or grooved to permanently move moisture from the skin, and is derived from elements which noticeably increases the cooling effect on the skin: these elements from which the yarn extruded, are designed to absorb and remove heat from the skin at a higher rate than other synthetic yarns. ( The yarns have a higher “thermal effusively" than usual synthetic yarns)
b. The difference between the cooling effect of a regular synthetic or natural yarn and the Cool Breeze is noticeable to the touch, when the fabric is dry: and this difference increases substantially when you sweat and when you are exposed to wind or your move from a static state to an active state. All of this is clearly exhibited in the new ASTM D 7984 test which rates Thermal Effusivity of any material. Thermal Effusivity is defined as the capacity of a material to conduct thermal energy. As an example, if you touch an object made of metal in a room at room temperature, it will feel much ‘colder’ to the touch, than a wood object in the same room at the same temperature. The higher the Theramal Effusivity co-efficient, the greater the capacity of the material to conduct thermal energy and the ‘cooler’ the effect.
