HOW IT WORKS
The Science Behind Night Renew
Night Renew is powered by NATTCOLLAGEN™ Technology: a textile innovation that integrates naturally derived marine collagen peptides directly into soft, breathable eucalyptus fibres.
Unlike a surface finish or cosmetic coating, the collagen peptides are embedded into the fibre structure before the yarn is knitted. That means the skin-supporting benefits are built into the fabric itself — designed to help create a moisture-loving, skin-friendly microclimate throughout the night.
How the technology works
From marine collagen to skin-friendly sleepwear
Night Renew starts with naturally derived marine collagen peptides, extracted from fish scales — a collagen-rich by-product. These peptides are broken down into amino acid groups, then integrated into a cellulose-based fibre during the spinning process.
The result: a soft, breathable yarn where amino acid groups are embedded into the fibre surface and structure. These groups help attract and hold moisture, supporting a more balanced microclimate next to the skin while you sleep.
A hydration-supporting microclimate, built into the fabric
Your skin naturally loses moisture overnight. Night Renew helps counter this by creating a moisture-balancing layer between skin and fabric.
The amino acid groups in NATTCOLLAGEN™ fibres help capture and bind water molecules from the surrounding humidity. This supports a more hydrated skin feel and helps reduce the drying effect of overnight moisture loss. The current page already positions Night Renew around balancing humidity and temperature at the skin’s surface, helping maintain hydration and support the skin barrier.
Permanent infusion for lasting performance
Many textile treatments are applied as a surface finish, NATTCOLLAGEN™ is different.
The marine collagen peptides are integrated into the structure of the fibre itself before the fabric is knitted. Because the technology is part of the yarn, it is designed not to wash out like a topical coating.
From Collagen Peptides to Hydrated Skin
