copy of OMA & ME BIOMA BOND REPAIR Repair Serum for Damaged

OMA & ME BIOMA BOND REPAIR Damaged Hair Repair Mask - 250ml

Name: OMA & ME BIOMA BOND REPAIR Damaged Hair Repair Mask - 250ml
Brand: OMA & ME
SKU: 3770012831929
Price: 24.9 EUR
Availability: InStock

Repairs and revitalizes damaged, dull or weakened hair.

Restores and maintains the integrity of keratin chains.

Instantly detangles, leaving hair soft and manageable.

BIOMA BOND REPAIR range for damaged hair

Prix : €24.90

Tax included

En stock Available for delivery and collection

Ask my pharmacist for advice Do you need help with this item?
Ask our pharmacists for help by clicking here

Réf. 3770012831929

Description

BIOMA THERAPY™ innovation: an exclusive method developed by OMA & ME Laboratories based on the synergy between amino acids and probiotics to nourish and protect the scalp at source.

Targets the Root of the Problem: our mask enables the formation of strong, stable disulfide bonds crucial to the structure and resistance of keratin chains....

Clinically Proven Efficacy: ingredients selected for their proven efficacy in clinical trials.

98% Natural Formulation: designed with natural ingredients and no harmful or controversial chemicals (no silicones, parabens or sulfates, etc.).

Repair Mask for damaged and weakened hair from the BIOMA BOND REPAIR range.

Repairing mask designed to repair and revitalize damaged, dull or weakened hair. Based on amino acids, it strengthens disulfide bridges and the overall structure of the hair fiber.

Formulated with 98% ingredients of natural origin, this product has been reformulated to meet the highest standards of clean beauty and contains no sulfates, silicones, parabens or controversial ingredients.

The KAS-6™ repair complex with keratin, Silicon (Bamboo), Niacinamide, Alanine and Adiantum Capillus, promotes and stimulates keratin synthesis, enabling deep hair repair.

Free-form cysteine is an amino acid that enables the formation of strong, stable disulfide bonds crucial to the structure and strength of keratin chains.