The ingredient narratives reshaping clean beauty.
Hydroxypropylammonium Gluconate (and) Hydroxypropylgluconamide
aka HPAM gluconate · hydroxypropylgluconamide · inci hydroxypropylammonium gluconate hydroxypropylgluconamide
A biomimetic lipid-modifying active used in bonding haircare. This compound class functions as a hair bond repairing agent, targeting disulfide bond disruption in chemically treated hair.
- Repairs disulfide bonds in chemically damaged hair
- Reduces breakage in chemically treated hair
- Improves hair tensile strength
- Compatible with bond-repair treatment systems
- Water-soluble
- Bond-repair hair balms
- Post-chemical treatment conditioners
- Protein bond repair masks
- Leave-in hair treatments
- Damaged hair serums
Water-soluble bond repairing active; applied in rinse-off balm or leave-on treatment format. Works synergistically with protein-based bond repair systems.
Expensive ingredient class — limited consumer access to clearly dosed formulations. Mechanism specific to disulfide bond chemistry; limited benefit in mechanically rather than chemically damaged hair.
Accepted in clean haircare bond repair positioning.
The ingredient narratives reshaping clean beauty.
Hydroxypropylammonium Gluconate (and) Hydroxypropylgluconamide
aka HPAM gluconate · hydroxypropylgluconamide · inci hydroxypropylammonium gluconate hydroxypropylgluconamide
A biomimetic lipid-modifying active used in bonding haircare. This compound class functions as a hair bond repairing agent, targeting disulfide bond disruption in chemically treated hair.
- Repairs disulfide bonds in chemically damaged hair
- Reduces breakage in chemically treated hair
- Improves hair tensile strength
- Compatible with bond-repair treatment systems
- Water-soluble
- Bond-repair hair balms
- Post-chemical treatment conditioners
- Protein bond repair masks
- Leave-in hair treatments
- Damaged hair serums
Water-soluble bond repairing active; applied in rinse-off balm or leave-on treatment format. Works synergistically with protein-based bond repair systems.
Expensive ingredient class — limited consumer access to clearly dosed formulations. Mechanism specific to disulfide bond chemistry; limited benefit in mechanically rather than chemically damaged hair.
Accepted in clean haircare bond repair positioning.