Hologenix, the materials science company behind CELLIANT infrared textile technology, has partnered with outdoor equipment brand Big Agnes to introduce the UL Recovery Sleeping Bag Liner. This product incorporates infrared-generating minerals into a lightweight, washable liner that is intended for use inside sleeping bags or as a standalone layer in warmer conditions.
The performance-driven Hologenix x Big Agnes UL Recovery Sleeping Bag Liner is constructed with CELLIANT-infused REPREVE recycled polyester, which converts body heat into infrared energy that is then reflected back to the user. This functionality supports thermoregulation, local circulation, and cellular oxygenation.
The product is positioned to fit most sleeping bags. It also offers quick-drying and packable properties, which will give outdoor enthusiasts peace of mind.
Image Credit: Hologenix x Big Agnes
What Makes This Trend Stand Out
- Infrared-generating Textiles
- Textiles embedded with infrared-reflective minerals that convert body heat into therapeutic wavelengths, enabling garments to enhance circulation and thermoregulation during rest.
- Recovery-focused Performance Gear
- A shift toward equipment designed specifically to accelerate physical recovery by combining lightweight, packable form factors with bioactive material properties.
- Sustainable Functional Materials
- Recycled-performance fibers blended with functional additives that deliver both environmental credentials and measurable physiological benefits.
Sectors Adopting This
- Outdoor Recreation
- Sleeping systems and camping gear that incorporate regenerative textile technologies to offer enhanced overnight recovery and comfort for endurance users.
- Athleisure and Recovery Wear
- Casual and training apparel infused with infrared or other bioresponsive materials to provide passive recovery benefits during daily wear and post-exercise rest.
- Healthcare and Physical Therapy
- Clinical and home-rehab products leveraging wearable infrared textiles to support localized circulation and cellular oxygenation as adjuncts to traditional therapies.
