Description

Formula Philosophy:
Silicone free conditioning system built around botanical oils and butters
Certified organic emollients designed to replenish moisture and smooth texture
Amino acid and protein infusion for structural support
Plant derived oils paired with conditioning agents for slip and manageability
Salon performance formulation rooted in ingredient awareness

Key Elements:
Shea butter, jojoba oil, tamanu oil, and avocado oil emollient blend
Cetearyl alcohol and behentrimonium methosulfate conditioning structure
Hydrolyzed quinoa and amino acid complex for strand support
Safflower, evening primrose, and linseed oil for hydration reinforcement
Essential oil fragrance system including lavender, citrus, and clary sage

Why This Is BODYED Approved:
This mask reflects a more ingredient conscious approach to deep conditioning by prioritizing plant based oils, silicone free slip agents, and transparent ingredient disclosure. The formulation supports hydration and manageability without relying on heavy synthetic film formers commonly used in traditional hair masks, aligning with BODYED’s focus on ingredient awareness and functional botanical design.

Transparency Note:
Although formulated with many naturally derived and certified organic ingredients, this product contains essential oil fragrance components, conditioning agents, and preservation systems that may not align with ultra minimal or fragrance free preferences. BODYED approval reflects a cleaner leaning botanical treatment rather than a fully non toxic or hypoallergenic formulation.

Important Disclosure:
Hair masks are performance driven treatments. Essential oils and conditioning agents may not suit all sensitivities. Always review ingredient lists and perform a patch test when trying new haircare products.

Safety + Use:
Apply to clean, damp hair and distribute evenly
Leave on as directed before rinsing thoroughly
Avoid direct eye contact
Discontinue use if irritation occurs

Packaging Philosophy:
Recyclable packaging components
Concentrated treatment design intended to reduce excess product use