Outlast Technologies is a company based in Heidenheim, Germany, which develops, produces and distributes innovative thermoregulation and insulation technologies, including coatings, fabrics, fibres, finishes and yarns. The company is best known for its thermoregulation technologies which incorporate phase change materials (PCMs)--which are so-called because of their ability to transform from one physical state to another in response to temperature changes. Initially, PCMs were developed for use in the manufacture of space suits and space gloves to protect astronauts from the effects of temperature fluctuations between extreme cold and scorching heat.
However, Outlast successfully adapted and improved PCM technology for commercial use in the textile industry under the name Outlast Thermo-Technology. Since then, the company has established a leading position as a developer, producer and distributor of thermoregulation and insulation technologies, and the company could make significant gains if forecasts of strong annual growth in the world markets for PCMs and thermoregulation fabrics between 2021 and 2026 prove correct.
However, Outlast successfully adapted and improved PCM technology for commercial use in the textile industry under the name Outlast Thermo-Technology. Since then, the company has established a leading position as a developer, producer and distributor of thermoregulation and insulation technologies, and the company could make significant gains if forecasts of strong annual growth in the world markets for PCMs and thermoregulation fabrics between 2021 and 2026 prove correct.
Table of Contents
SUMMARYINTRODUCTION
- Product innovations
- Business model
- Corporate ethos, mission and strategy
BUSINESS DEVELOPMENT
- Licensing
- Ownership
PRODUCT DEVELOPMENTS AND INNOVATIONS
- Key innovations
- Outlast Thermo-Technology
- Xelerate
- fresh2SKIN
- Aersulate
TESTING, STANDARDS AND CERTIFICATION
- Efficacy testing
- Certification
OUTLOOK
List of Figures
Figure 1: Diagram of Outlast Thermo-Technology
Figure 2: Fabric coated with Xelerate
Figure 3: Diagram of Xelerate technology
Figure 4: Thermogram of research participant’s underarm area
Figure 5: Test data on fresh2SKIN
Figure 6: Aerogel structure
Figure 7: Fabrics incorporating aerogels which have been bound using the Aersulate process
Figure 8: Test data on mattress pads
Figure 9: Infrared (IR) images of a child’s car seat
Samples
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