Benefits:
- Ceramides – Ceramides are essential to a healthy skin barrier and play a critical role in recovery after cold exposure. Extreme cold can strip the skin of its natural lipids, weakening the barrier and increasing moisture loss. Ceramides help restore and reinforce the skin’s protective barrier, improving moisture retention and helping skin feel resilient and balanced as it rewarms.
- Fatty Acids – Cold exposure can disrupt the skin’s natural lipid balance, leading to dryness and tightness. Fatty acids help replenish lost lipids, supporting barrier repair and helping skin maintain softness, flexibility, and hydration after cryotherapy.
- Peptides – Temperature stress can impact the skin’s natural repair processes. Peptides help support skin recovery by reinforcing resilience and promoting a smoother, stronger skin appearance following cold exposure.
- Allantoin – Cold therapy can leave skin felling sensitized o uncomfortable once circulation returns. Allantoin is known for its soothing properties, helping calm irritation, reduce discomfort, and support skin comfort during post-cold recovery.
- Cholesterol – Cholesterol is a critical component of the skin barrier and works synergistically with ceramides and fatty acids to restore barrier integrity. It helps improve moisture retention and reinforces the skin’s ability to protect itself after cold-induced stress.
- Squalane – Cold environments can leave skin feeling dry and depleted. Squalane helps replenish moisture and restore softness while supporting the skin’s lipid barrier, helping skin feel nourished and comfortable after cold exposure.
- Matrixyl – Cold exposure can cause the skin to feel tight and stressed. Matrixyl is an advanced peptide complex that helps support collagen renewal, improving the appearance of firmness, smoothness, and elasticity. This helps skin look smoother, more resilient, and revitalized after cold therapy.









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