Safey Cooling Vest for Construction（FQ-2007）

How Long Does the Safey Cooling Vest for Construction Provide Cooling Relief After Soaking

Factors Influencing the Cooling Duration of the Safey Cooling Vest for Construction
1. Ambient Temperature and Humidity Levels
In high-temperature environments, the rate of evaporation increases, which may cause the vest to dry out more quickly, reducing its cooling duration.
Conversely, in humid conditions, the vest retains moisture for longer periods, extending its ability to provide cooling relief.
2. Level of Physical Activity
Engaging in strenuous physical labor can lead to increased perspiration, which accelerates the evaporation process and shortens the vest's effective cooling time.
For less physically demanding tasks or during rest periods, the vest maintains its cooling properties for a longer duration.
3. Air Circulation
Enhanced airflow, such as working outdoors with natural wind or using fans, improves the evaporative cooling mechanism but may also cause the vest to dry faster.
Limited airflow in confined spaces reduces the rate of evaporation, potentially diminishing the vest's cooling efficiency over time.
4. Soaking Time and Water Temperature
Adequate soaking (recommended for 10-15 minutes) ensures the vest absorbs its maximum water capacity, maximizing its cooling potential.
Using cold or ice water during the soaking process enhances the initial cooling sensation, although the overall duration remains consistent.
5. Frequency of Re-soaking
Periodic re-soaking throughout the workday restores the vest's cooling capabilities, ensuring prolonged comfort and effectiveness.
6. Material Composition and Design
The proprietary blend of 68% polyester and 32% polymer in the cooling core determines the vest's water retention capacity and its ability to maintain a cooling effect over extended periods.
The water-repellent Taslan nylon interior liner prevents leaks while enabling controlled evaporation, optimizing performance.
7. Layering and Usage Conditions
Wearing additional protective gear or heavy clothing over the vest can trap heat and reduce airflow, potentially shortening the cooling duration.
For optimal results, the vest should be worn directly against the skin or under lightweight clothing to maximize evaporative cooling.