Outlast® – Short and sweet

Find out here what makes the Outlast® thermo-technology different, how Outlast® can be integrated into textile products, and whether we have really been in outer space.

Stop managing sweat. Prevent it.

Stop managing sweat. Prevent it.

Outlast® Temperature Regulation Technology proactively absorbs excess body heat before sweat forms.
This stabilizes the microclimate next to the skin and keeps the wearer in a state of balanced comfort.

Result:

  • less sweating
  • less overheating
  • less chilling
  • consistently comfortable performance
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What is Outlast® temperature regulation?

What is Outlast® temperature regulation?

Outlast® is a proactive temperature regulation technology based on natural wax.
These microencapsulated materials absorb, store and release heat to maintain a balanced microclimate.
Unlike conventional textiles, Outlast® acts before the body starts sweating.

 

How does Outlast® reduce sweating?

How does Outlast® reduce sweating?

  1. The body starts to heat up
  2. Outlast® absorbs excess heat
  3. The temperature rise is reduced
  4.  The body needs to sweat less

When the temperature drops, the stored heat is released back to the body.
This creates a stable comfort zone across changing activity levels and ambient temperature.

Is Outlast® scientifically proven?

Is Outlast® scientifically proven?

Yes. Independent thermophysiological testing shows measurable benefits:

  • lower skin temperature
  • reduced sweat rate
  • reduced physiological strain
  • more stable thermal comfort

In addition, Outlast® performance is verified through Differential Scanning Calorimetry (DSC) testing according to DIN EN 16806-1.
These EN-standardized measurements quantify the thermal storage and release capacity of the material and provide objective proof of its thermoregulating performance.

Result: Outlast® delivers measurable performance – not just claims.

Why choose Outlast®?

Why choose Outlast®?

Proactive performance

  • absorbs heat before sweating starts

Less moisture in the product

  • drier textiles
  • improved comfort
  • reduced clamminess

Dynamic comfort

  • prevents overheating and overcooling

Versatile integration

  • fabrics, foams, laminates, fibers, wadding
Where is Outlast® used?

Where is Outlast® used?

Outlast® technology is used across multiple product categories:

  • Apparel (activewear, workwear, fashion)
  • Footwear (linings, insoles, laminates)
  • Bedding (duvets, pillows, sheets, mattress components)
  • Protective gear
  • Automotive and seating applications

 

Outlast® vs. traditional moisture management

Conventional 
textiles

Outlast®

react after sweating­­

prevent sweating

transport
moisture

reduce
moisture formation

temperature
peaks

stable
microclimate

cooling by
evaporation

active
heat absorption

Why brands choose Outlast®?

Why brands choose Outlast®?

  • measurable product differentiation
  • science-based performance story
  • strong POS communication
  •  “Certified Space Technology” trust signal
  • premium positioning and pricing power
What claims can brands use for their marketing?

What claims can brands use for their marketing?

Here are a few examples of marketing claims brands can use when communicating Outlast® performance. Many other slogan variations are possible depending on the application and target group:

  • Outlast® proactively regulates temperature and reduces sweating.
  • Outlast® stabilizes the microclimate next to the skin.
  • Outlast® keeps products drier, more comfortable and more consistent.

Outlast® stands for proactive heat and moisture management which can reduce sweat production by up to 50%.* Depending on the external influences, the Outlast® thermo-materials cool or warm so as to always produce the right climate for the user’s situation. Outlast® fabrics, fibers, and coatings are used in various everyday products as well as in special high-performance equipment. Outlast is the world’s only textile company to have received the “Certified Space Technology” quality label in connection with proactive heat management.


* Tests for various final applications such as clothing, shoes, and helmets conducted by C. Russ – INSIDE CLIMATE, an independent test laboratory in Munich (THG AreaView – SleepView). Details on request. 

The Outlast® Temperature Regulation is based on microencapsulated natural wax incorporated into fabrics and fibers. If the temperature changes, for example due to increased activity, the natural wax absorbs excess heat and stores it in the textile. If the temperature drops, the wax re-solidifies and the stored heat is released back to the body, offering a constant feeling of comfort.

The Outlast® Temperature Regulation is a proactive heat management system that reacts to your individual situation. If you are hot, the Outlast® thermo-material absorbs the heat. If the skin temperature drops, this stored heat is released again. As a result, the technology constantly compensates for temperature in order to prevent overheating as well as excess cooling.

If the Outlast® Temperature Regulation is directly incorporated into a fiber, it is an integral part of the material and functions throughout the entire service life. Our coated materials also boast outstanding durability and, when looked after properly, last throughout the life of the product.

Every fabric and every fiber is different. Please note the care instructions on your Outlast® product. They are based on manufacturer recommendations and are stated on the label.

If the microencapsulated natural wax is incorporated directly into the fibers, it can be spun into yarns and fabrics. The Outlast® Temperature Regulation can, however, also be applied directly onto fabrics using a special printing method. You can find more information under ‘Application methods’.

This differs for each product. Outlast® thermo-fabrics, coatings, and fibers, however, are most effective when used as close to the skin as possible. For shoes or outer clothing, the thermo-regulation from Outlast® can often be found in the lining or as an intermediate layer. 

If you notice an Outlast® shield, label, or logo on a product, you can be sure that the product features proven proactive heat management. We have strict rules on the use of our Temperature Regulation, and all Outlast® products regularly undergo a detailed inspection. In doing so, we ensure that all Outlast® products truly fulfill the high functionality and quality standards. 

Unlike most competing products, the Outlast® Temperature Regulation is proactive, i.e. anticipatory. Although many manufacturers claim that their materials regulate temperature, they actually only manage the moisture that develops on the skin. These materials react only once the user has already begun sweating and feels uncomfortable due to moisture and overheating. In contrast, Outlast® thermo-textiles take effect a step earlier and absorb and store excess heat proactively. This means there is up to 50% less moisture in play* and comfort is much greater. More about this under ‘How it works’.

* Tests for various final applications such as clothing, shoes, and helmets conducted by C. Russ – INSIDE CLIMATE, an independent test laboratory in Munich (THG AreaView – SleepView). Details on request.

Yes. Outlast® materials were originally developed for NASA for use in gloves and other accessories to cope with extreme temperatures in space or even at very high altitudes. We were last in space when Japanese astronaut Naoko Yamazuki wore a sweater made from Outlast® thermo-fibers. We have been given the “Certified Space TechnologyTM” quality mark by the renowned Space Foundation. 

Outlast Technologies GmbH is a globally operating textile company based in Heidenheim, Germany. The entire development work also takes place there. We have branch offices in the USA and Hong Kong, along with additional sales offices in Europe, Asia, Australia, and Latin America. Read more about the company.

Yes. Outlast® absorbs excess body heat before sweat forms, which reduces sweat production and keeps the microclimate drier.

Yes. Outlast® can be integrated into breathable textile constructions and does not block moisture vapor transport.

PCM (Phase Change Material) stores and releases heat during phase transitions, enabling dynamic temperature regulation.

No. Outlast® works in both warm and cold conditions by balancing temperature fluctuations.

  • fabrics, foams, laminates, fibers, wadding

Outlast® is used in apparel, footwear, bedding, workwear, protective equipment and more.

Upgrade your next product with Outlast®

  • Create measurable comfort.

  • Reduce sweat before it forms.

  • Deliver a clear performance advantage.

Contact us to integrate Outlast® Temperture Regulation into your next collection.