FAQs
- What is Controlled-Temperature Technology?
- What makes Controlled-Temperature Technology better than Ice or Gel?
- What is the greatest benefit of Controlled-Temperature Technology?
- How long does the Controlled-Temperature Technology "cooling" lasts?
- Can the Controlled-Temperature Technology products be reused?
- How do you clean the Controlled-Temperature Technology products?
- How do you "re-energize" the Controlled-Temperature Technology products?
- Are there any contraindications with the Controlled-Temperature Technology?
- Is the Controlled-Temperature Technology formula safe?
What is Controlled-Temperature Technology?
Although phase change materials have been used for decades, it has only been recently that the benefits of these “Controlled Temperature” compounds demonstrate excellent results when used in cooling. Constant temperature exotherm-type technology uses non-toxic, non-carcinogenic blends of crystalline alkanes that possess attributes of low chemical reactivity with extremely high stability due to their molecular structures and bonding properties.
Simply put, each blend yields a substance that solidifies or melts at a specific preset temperature and remains at that temperature for a predetermined time. The formulations provide predictable performance by stabilizing and maintaining their "preset" temperatures until all their energy has been depleted by absorbing an object’s warmth (or cooling it to the desired temperature).
Benefits of Controlled Temperature Technology
The passive nature of these “Controlled Temperature” alkanes offer numerous positive attributes when compared to other cooling technologies. Unlike frozen water or gels, cool temperature alkanes expel energy at a constant temperature during their transition from a solid to a liquid. Water, when it makes a phase change to ice, absorbs energy and then expels this energy at the same rate during its transition back from a solid (ice) to a liquid (water). Alkanes, on the other hand, absorbs energy when making a phase change from their liquid state to their phased solid state, but they expel this absorbed energy at a much slower rate when transitioning back from their energized solid state to their liquid state. Hence, alkanes experience a much longer cooling cycle than can be experienced with ice or gels of the same volume or weight.
The formula contained in the medical-grade polymer cold packs:
- Is blended to reach and maintain a temperature of 58 Degrees Fahrenheit for the Cool Vests; 65 Degrees Fahrenheit for the Canine Vests and Pads, 80 Degrees Fahrenheit for the Cool Seats, Ball Cap & Helmet Coolers and the SunLover’s Cool Mat™, and 58 Degrees Fahrenheit for the Medical Cooling Therapy products; and
- Unlike ice or gel, does not bead with water condensation or "sweat."
Given rigorous testing and use by U. S. Armed Forces, the cold packs will handle every day use with ease, providing you with “optimum temperature” comfort and heat stress relief.
What makes Controlled-Temperature Technology better than Ice or Gel?
First and foremost, there is absolutely no risk of injury, such as frostbite, hyperemia, and nerve or tissue damage when using Controlled-Temperature Technology products, regardless of how long the the user is exposed to the cooling properties. Second, controlled-temperature technology experiences a much longer cooling cycle than can be experienced with ice or gels of the same volume or weight.
What is the greatest benefit of Controlled-Temperature Technology?
There are many—absolutely no risk of frostnip or frostbite of human tissue, longevity, temperature constancy, convenience. The greatest, however, is the benefit to the user from the curative stimulus of sustainable and prolonged moderate temperature exposure. This longevity functions quite well in reducing heat stress to the body by cooling core temperature. It's versatility and use in medical applications not only reduces post-surgical, acute trauma and soft tissue injury swelling and bruising but promotes healing.
How long does the Controlled-Temperature Technology "cooling" lasts?
Approximately 1 to 4 hours, depending upon the size, weight, temperature and function of the product.
Can the Controlled-Temperature Technology products be reused?
Absolutely. They can be stored in a refrigerator indefinitely for continuous applications.
How do you clean the Controlled-Temperature Technology products?
Wash the polymer and/or fabric carrier with warm water and a mild or disinfectant soap. Rinse and lay flat to air dry.
How do you "re-energize" the Controlled-Temperature Technology products?
Lay product flat in a refrigerator or freezer for about 30 minutes. The formula turns a semi-solid white when energized.
Are there any contraindications with the Controlled-Temperature Technology?
One out of 10,000 users may have an allergic reaction to the polymer that encases the formula. The formula, if exposed to sensitive skin, may cause redness and irritation. Wash the skin immediately with warm water and soap.
Is the Controlled-Temperature Technology formula safe?
Yes. A Material Safety Data Sheet is available upon request.