Downloads Europe
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© Outlast Technologies GmbH
Astronaut Pictures
Graphics

How Outlast® technology works
Outlast® materials will keep you more comfortable by absorbing excess body heat when you create it. Or alternatively releasing it when you need it most.
• Dutch TIF, JPG
• English TIF, JPG
• Finnish TIF, JPG
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• Norwegian TIF, JPG
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• Spanish TIF, JPG
• Turkish TIF
• Chinese TIF, JPG
• Korean TIF, JPG
• Mexican TIF, JPG
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• Danish TIF (1,843 KB), JPG (51 KB)
• Dutch TIF (1,817 KB), JPG (56 KB)
• English TIF (1,823 KB), JPG (53 KB)
• French TIF (1,816 KB), JPG (56 KB)
• German TIF (1,824 KB), JPG (57 KB)
• Italian TIF (1,792 KB), JPG (55 KB)
• Norwegian TIF (1,812 KB), JPG (56 KB)
• Russian TIF (1,800 KB), JPG (55 KB)
• Slovenian TIF (1,893 KB), JPG (52 KB)
• Spanish TIF (1,824 KB), JPG (57 KB)
• Swedish TIF (1,903 KB), JPG (54 KB)




• Chinese TIF (3,380 KB), JPG (122 KB)
• Dutch TIF (3,449 KB), JPG (136 KB)
• English TIF (3,490 KB), JPG (165 KB)
• Finnish TIF (3,397 KB), JPG (127 KB)
• French TIF (3,412 KB), JPG (175 KB)
• German TIF (3,490 KB), JPG (165 KB)
• Italian TIF (3,405 KB), JPG (171 KB)
• Norwegian TIF (3,403 KB), JPG (127 KB)
• Portuguese TIF (3,330 KB), JPG (130 KB)
• Russian TIF (3,441 KB), JPG (136 KB)
• Spanish TIF (3,406 KB), JPG (171 KB)

• Dutch TIF (2,090 KB), JPG (83 KB)
• English TIF (2,129 KB), JPG (83 KB)
• Finnish TIF (2,290 KB), JPG (82 KB)
• French TIF (2,110 KB), JPG (86 KB)
• German TIF (2,109 KB), JPG (84 KB)
• Italian TIF (2,214 KB), JPG (84 KB)
• Norwegian TIF (2,103 KB), JPG (82 KB)
• Russian TIF (2,120 KB), JPG (81 KB)
• Spanish TIF (2,057 KB), JPG (79 KB)

Outlast, the pioneer and market leader around temperature regulation phase change materials (PCM), impressed the international jury of Techtextil (International Trade Fair for Technical Textiles and Nonwovens) and won the Techtextil Innovation Prize 2011 in the category "New Materials" for the development of the world's first heat managing polyester fiber with PCM.
• TIF (1,002 KB)
Microscopic Pictures
Infrared Pictures

Infrared Imaging
Infrared pictures can clearly visualize how Outlast® materials work. Due to basic physical laws all bodies (humans, plants, objects) release energy in terms of thermal radiation. The higher the object's temperature is, the more intensive is the infrared radiation which it releases.
A test was done with a pair of gloves. One glove was equipped with and the other one without Outlast® material. A hand was then laid on an ice block for five minutes. The test proves: With Outlast® products temperature changes can be reduced remarkably.
TIF (952 KB)

Infrared Imaging
Infrared pictures can clearly visualize how Outlast® materials work. Due to basic physical laws all bodies (humans, plants, objects) release energy in terms of thermal radiation. The higher the object's temperature is, the more intensive is the infrared radiation which it releases.
A test was done with a pair of gloves. One glove was equipped with and the other one without Outlast® material. A hand was then laid on an ice block for five minutes. The test proves: With Outlast® products temperature changes can be reduced remarkably.
TIF (1,020 KB)

Infrared Imaging
Infrared pictures can clearly visualize how Outlast® materials work. Due to basic physical laws all bodies (humans, plants, objects) release energy in terms of thermal radiation. The higher the object's temperature is, the more intensive is the infrared radiation which it releases.
A test was done with a pair of gloves. One glove was equipped with and the other one without Outlast® material. A hand was then laid on an ice block for five minutes. The test proves: With Outlast® products temperature changes can be reduced remarkably.
TIF (978 KB)