The KYMIRA Difference

Where Science Meets Strategy

KYMIRA isn’t just infrared - it’s a system. A wearable platform built on biological science, regulatory credibility, and segment-defining clarity.

Embedded Infrared Technology

  • Mineral blend woven into the fibre—not coated, sprayed, or temporary
  • Emits infrared in the 6–14 micron range, matching biological absorption bands
  • Stimulates vasodilation, mitochondrial activation, and cellular signaling

Regulatory & Clinical Validation

  • FDA-determined Class 1 medical device
  • CE marked and OEKO-TEX® Standard 100 certified
  • Backed by peer-reviewed studies across performance, recovery, and chronic pain (Lever et al., 2025; Gordon et al., 2014; Anderson et al., 2017)

Segment-Defining Impact

  • Competitors: Enhanced oxygenation, reduced fatigue, faster recovery
  • Strategists: Published science, regulatory clarity, long-term adaptation
  • Comebacks: Pain reduction, circulation support, wearable therapy

Infrared-powered benefits built into every KYMIRA garment.

KYMIRA is belief-driven, science-backed, and built to perform. It’s not just what you wear - it’s how you recover, adapt, and compete.

KYMIRA® vs Traditional Fabric: More oxygen, faster recovery, longer durability.

Comparison chart showing KYMIRA® fabric outperforming traditional fabric across oxygenation, performance, recovery, muscle protection, thermoregulation, and durability.

Published Studies Supporting The KYMIRA Difference

  • Lever JR et al. (2025). Far-Infrared Garments and Recovery After Resistance Exercise. Journal of Functional Morphology and Kinesiology.
  • Gordon I et al. (2014). RCT on FIR Ceramic Shirts and Transcutaneous PO₂. Journal of Textile Science and Engineering.
  • Anderson DM et al. (2017). Thermal Modeling of Ceramic-Embedded Fabrics. Biomedical Optics Express.
  • Gordon I & York R. (2009). FIR Socks and Chronic Foot Pain. BioMed Central Complementary & Alternative Medicine.
  • Hamblin MR & Vatansever F. (2012). FIR Biological Effects and Medical Applications. Photonics and Lasers in Medicine.