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How Mibelle Biochemistry's PinoPlex Locks in Moisture for Shinier, Healthier Hair

By preventing the hair's moisture porosity, PinoPlex can lock in hydration to smooth out damaged hair fibers.
By preventing the hair's moisture porosity, PinoPlex can lock in hydration to smooth out damaged hair fibers.
Volodymyr at Adobe Stock
This video is sponsored by: Mibelle AG Biochemistry

Mibelle Biochemistry's PinoPlex is both upcycled from and inspired by pinecones from Scots pines.Mibelle Biochemistry's PinoPlex is both upcycled from and inspired by pinecones from Scots pines.Mibelle BiochemistryMibelle Biochemistry's PinoPlex is both upcycled from and inspired by pinecones from Scots pines.

The technology is designed to close hair cuticles damaged by bleaching, styling and other stresses, thereby preserving moisture and helping to prevent split ends.

By preventing the hair's moisture porosity, PinoPlex can lock in hydration to smooth out damaged hair fibers.

In addition to boosting the hair's strength and shine, the technology is sourced from hand-harvested pinecones in an ethical process that has earned the ingredient the French Forêt d'Exception label for responsible forest management.

To learn more about this bio-inspired technology for moisturized and strengthened hair, we spoke to Mibelle Biochemistry. Watch the full conversation and briefing below.

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