Add 2-4" ease to the body
** Four #2 cold packs are
included with this vest.
|Front Length 21"||22"||23"||24"||25"||26"||27"|
|Back Length 26"||27"||28"||29"||30"||31"||32"|
|size comparison (6)||(8)||(12)||(14-16)||(18-1X)|
AVAILABLE IN KHAKI, SAFTEY, CAMO, BLACK MESH, BLACK
GREAT FOR WORK OR PLAY!
Industrial strength mesh vest uses light weight phase change material to keep you safe and comfortable.
For the most extreme temperature use with the cold packs that are set at 58F, so you can never get freeze burn.
This vest regulates the body core..temperature..absorbing and releasing heat to keep you at maximum performance.
This also takes pressure off the heart..as it beats faster to warm or cool the body.
This also causes better blood flow to the extremeties..allowing for improved healing.
Lined with a soft athletic mesh..and four inside pockets placed strategically over the heart and lungs.
Lightest cooling vest on the market, even with the cool packs!
NO WATER NEEDED! Ready to wear!
Vest has cool pack pockets, two in front, two in back.
Lined with Comfortemp Fabric
Zentek Clothing uses Comfortemp® Phase-Change Fabric
Apparel made with Comfortemp® is soft on the skin, functional in outdoor sports fashion, protective and comfortable in work wear.
Fabric Technology Developed By NASA Scientists
Originally developed in the 1960’s for use in NASA spacesuits, PCM (Phase Change Material) can change its physical state according to their surrounding temperature. mPCM are tiny capsules containing PCM (Phase Change Material) that have been adapted for use in consumer markets.
Comfortemp® is the brand name for intelligent fabric into which mPCM materials have been integrated. They react interactively to changing body or outside temperatures. Depending on the individual situation or activity level they absorb excess body heat and store it until it is needed again. This keeps you in the comfort zone longer.
Phase Change Material
The best known PCM is water. When thetemperature rises above a preset level, the PCM turns from a solid to a liquid state. When the temperature drops below a preset level, the PCM reverts from a liquid back to a solid state. This process will repeat as long as the temperature crosses the preset level.
When the temperature rises above a preset temperature, the PCM automatically absorbs and stores the excess heat from the body, causing a cooling effect. This process turns the PCM from a solid state to a liquid one. When the outside temperature drops below a preset temperature, the PCM automatically releases the stored heat back to the body, causing a warming effect. This process turns the liquid PCM back to a solid state.
When the wearer of a garment containing Comfortemp® is outside in the cold, the mPCM are releasing the previously stored heat. When he or she returns inside where it is warm, the mPCM absorb heat and 'recharge' so that when the wearer steps into the cold again, the mPCM release the stored heat.