Outlast Technologies GmbH has introduced a new material called Bailey, designed to provide a cooling effect upon contact. The textile integrates temperature regulation technology with a Lyocell base fabric. It is developed for applications requiring direct skin contact and thermal management.
Outlast Technologies GmbH has launched Bailey, a new textile material designed to deliver a cooling sensation when touched. The product combines heat absorption properties with a surface engineered to feel cool, aimed at managing body temperature in environments where direct skin contact occurs.
The material is developed using Outlast® Temperature Regulation technology along with a Lyocell base fabric. Lyocell is known for its smooth texture and inherent cool-touch properties. In Bailey, these characteristics are combined with temperature-regulating functionality to enhance the cooling effect through high effusivity, enabling rapid heat transfer from the skin.
Bailey has a heat storage capacity of 7,500 J/m², allowing it to absorb excess body heat, store it, and release it when required. This process helps reduce temperature fluctuations and supports a balanced microclimate by minimizing heat buildup and perspiration.
The product also incorporates sustainability considerations. The Lyocell fiber is derived largely from renewable resources and requires less water during production compared to cotton. Additionally, the temperature-regulating capsules used in the material contain wax sourced from renewable materials, providing a bio-based alternative to fossil-derived inputs.
The textile has a uniform structure and a lightweight appearance. It is manufactured in Europe and complies with environmental and safety standards, including OEKO-TEX® Standard 100 Class 1 and OEKO-TEX® MADE IN GREEN certifications, indicating its suitability for applications involving direct skin contact.
Bailey is intended for use across multiple applications, including bedding, orthopedic products, textile linings, and other next-to-skin solutions.